Solar Inverter Buyer’s Guide 2022

Solar Builder Inverter Buyer's Guide

The 2023 Inverter Buyer’s Guide is now available

The 2022 Solar Inverter Buyer’s Guide shows an incredible number of options to meet any project needs. Microinverters that can handle 880 Watts or enter a grid-forming mode to power a home in an outage with just PV. String inverters with more energy storage versatility and better roundtrip efficiencies. There’s a lot to digest below, so before we get to what’s new from 15 manufacturers, here is some advice on what to look for in an inverter spec sheet.

The 2023 Inverter Buyer’s Guide is now available

“A key part of an inverter spec sheet is which MLPE the inverter is compatible and certified with for Rapid Shutdown (PVRSS). It is important to identify the certified components prior to installation in the field to ensure NEC compliance. Not all inverters and rapid shutdown system pairings meet the 30V in 30 seconds requirement.” – Sarah Ozga, Product Manager, Tigo Energy

“Pay close attention to the number of units per branch. Fewer units means improved reliability by reducing potential points of failure, but also means fewer units for installers to purchase, stock and install. Also, compare the MPPT voltage range. A wide peak power tracking voltage means a microinverter can turn on earlier and stay on later.” – Jason Higginson, APsystems

“For microinverters, the actual expected AC power output and elimination of power ‘clipping’. With modern microinverters, it is unnecessary to tolerate any clipping with new higher Wattage PV modules. The industry norm has been lazy on this topic – it’s possible to eliminate clipping and stop wasting energy harvest and kWh.” – Ed Heacox, CEO, NEP

“While not explicitly mentioned on a datasheet, the number of hardware components an inverter requires is a spec that installers should pay close attention to. Modern string inverters, for example, have many integrated features such as software-based shade mitigation, multiple Maximum Power Point trackers (MPPT), and monitoring. This integration reduces the number of components in a system compared to technologies that require microinverters or DC optimizers on each solar module. The reduction in the number of components decreases the costs for hardware and labor and makes a system safer and more reliable because this system has much fewer potential points of failure, e.g., DC connectors.” – Richard Baldinger, Fronius

“Inverter spec sheets are reflective of an increasingly homogenous data set that doesn’t always reveal the short and long-term impacts system owners and installers can expect. In fact, we feel that the most important considerations are those not found within the confines of a traditional data sheet. Installers should pay attention to the longevity of a company, how their products are manufactured and what quality assurance measures are taken to ensure long-term, trouble-free performance. Risk reduction is critical in maximizing system performance, and a data sheet is just one piece of information that installers should evaluate when selecting an inverter.” – Brad Dore, SMA

“For off-grid inverters, two key specs and one key feature are often overlooked: 1) DC operating voltage is a common shortcoming, since off-grid voltage and battery swings are wide; 2) Self-consumption is important, since it affects system efficiency; 3) Fanless design is something to look for, since many inverters require cooling fans and they are sometimes the weakest link. Fans consumer power and represent a parasitic load (degrading efficiency). They have moving parts and can (and often do) fail. And they can shorten the inverter’s live because they pull in dust, dirt and debris” – Bill Mellema, Product Director, Morningstar Corporation

The 2023 Inverter Buyer’s Guide is now available


GoodWe

What’s new? GoodWe A-ES Hybrid inverters are in stock and ready for delivery. The GoodWe A-ES hybrid inverters are also available via GE as the GE Solar Inverter.

GoodWe inverter

The GoodWe SMT-US Series inverter is ideal for medium and large-scale commercial installations. Harvest maximum solar energy and generate environmental-friendly power for an increased return on investment. Its unique fuse-free design makes it exceptionally easy to maintain for operators, saving time and money.

  • Up to 6 MPPTs for ultimate design flexibility
  • 150% DC input oversizing
  • Type II Surge Protection for both DC and AC

The SMT-US's 180V-980V wide operating voltage range allows the PV system to begin producing power earlier in the day, fully maximizing solar energy generation. With a max. 15A DC input current per string, the SMT-US Series is compatible with many high-power modules, giving integrators greater versatility in module selection and system design. Up to 6 MPPTs guarantee optimal energy production, even in areas with shading, delivering best-in-class ROI for commercial systems.

Key specs:

  • kW range: 22 and 28 (208V) 50 and 60KW (480V)
  • Operating voltage range: 180V-980V
  • of MPPTs / MPPT voltage range: 6 MPPT’s/550V-850V
  • Max / CEC efficiency: 98.5%
  • Rapid Shutdown integrated
  • AFCI integrate
  • AC and DC surge protection integrated

UL listings: PVRSS capability for NEC-2020, CSA, C22.2, UL1699B, UL1741, UL1741SB,  IEEE1547 (with California,Hawaii). California CEC efficiency, California CSIP, ISO/IEC 17065, IEEE2030.5, EMC certification testing

A-ES 01

The 5-9.6-kW, single-phase A-ES is one of the only hybrid inverter on the market with 4 MPPTs. With UPS-level switching, the inverter can switch to backup in less than 10 milliseconds in case of power outage. This ensures household appliances are not compromised.

  • 4 MPPTs, 50% DC oversizing
  • AFCI & Rapid Shutdown
  • UPS-level switching
  • Smart Meter integrated
  • Optional AC bypass switch
APSystems

What’s new? APsystems has launched the new DS3 microinverter series, designed to accommodate today’s high-capacity PV modules and create a strong competitive advantage for installers. The DS3 series covers a wide variety of PV module types and sizes, installs faster and is the most powerful dual microinverter in the world. Fewer units on the roof, and fewer PV modules required for the same output as competing systems, puts more money in installers pockets. The DS3 means the maximum solar power output for homeowners and higher profits for solar installers.

apsystems QT2

The QT2 is a 3-Phase microinverter for C&I applications. Each QT2 connects to up to 4 PV modules, is rapid shutdown and UL 1741 SB (CA Rule 21) compliant and comes in 1728W (208V) and 1800W (480V) output models. Why microinverters in commercial solar? As featured in the recent Solar Builder article “Making the case for microinverters in C&I solar,” the QT2 offers built-in rapid shutdown, pairing with higher capacity PV modules, improved performance over string inverters under a variety of conditions, fewer potential points of failure, plug-and-play three-phase wiring, and bonus: microinverters are now more cost-effective than ever!

 

  • 208V and 480V models, wye and delta 3-Phase.
  • True 3-Phase in the cable, no need to balance phases manually.
  • Pairs with 4 PV modules 500-600W+ (dep. on your preferred AC/DC ratio).
  • Inherently Rapid Shutdown compliant, no separate RSD system required.
  • Reduces potential points of failure (PPoF) by 75% over competing solutions.

APstorage

The APstorage solution is a battery agnostic AC-coupled solution. Installers can choose from a variety of compatible low-voltage batteries. It can be used as a partial backup home system upon grid outage, allow homeowners to operate in self-consumption to limit grid usage, or to take advantage of time of use rates to offset electricity costs.

Because it is AC-coupled, batteries can be charged from any grid-tied solar inverter. During a grid outage, DS3s can be to charge the batteries.

Key specs:

  • kW range: 5000VA, 7500VA surge for 10 seconds.
  • Operating voltage range: 240VAC nominal output, 211-264V.
  • Max / CEC efficiency: 97%
  • DC Battery Input Voltage: 40-60VDC.

UL listings: UL1741SB, UL 9540

Input (DC) DS3-S DS3-L DS3
Max. array power 430W x2 515W x2 600W x2
Max. Voltage 60V 60V 60V
Voltage range 26V-60V 26V-60V 26V-60V
Minimum DC voltage / start voltage 28V 28V 28V
Short-circuit current 20A per input 22.5A per input 25A per input
MPP trackers / strings per MPP input 2/1 2/1 2/1
Output (AC)
Nominal output power 640VA 768VA 880VA
Max power 640W 768W 880W
Nominal AC voltage 208V or 240V 208V or 240V 208V or 240V
AC voltage range 208V/183.04-228.8V; 240V/211V-264V 208V/183.04-228.8V; 240V/211V-264V 208V/183.04-228.8V; 240V/211V-264V
Max output current 3.08A@208V/ 2.66A@240V 3.7A@208V/ 3.2A@240V 4.2A@208V/ 3.7A@240V
Rated grid frequency / range 60Hz/58.8Hz-61.2Hz (HECO:57Hz-63Hz) 60Hz/58.8Hz-61.2Hz (HECO:57Hz-63Hz) 60Hz/58.8Hz-61.2Hz (HECO:57Hz-63Hz)
Power factor 0.99/0.8 leading…0.8 lagging 0.99/0.8 leading…0.8 lagging 0.99/0.8 leading…0.8 lagging
Total harmonic distortion <3% <3% <3%
Efficiency
Max Efficiency 97.3% 97.3% 97.3%
CEC Efficiency 97% 97% 97%
Protection / safety features
List all that apply UL1741; UL1741-SA; UL1741-SB; CSA C22.2 No.107.1-16; FCC Part15B; ICES-003 Class B; IEEE1547;  SRD-V2.0; NEC2014 & NEC2017 & NEC2020 & NEC2023 Section 690.11 DC Arc-Fault circuit Protection NEC2014 & NEC2017 & NEC2020 & NEC2023 Section 690.12 Rapid Shutdown of PV systems on Buildings, Galvanically Isolated, Encrypted ZigBee Wireless, True Stäubli MC4 connectors, NEMA Type 6/IP67 enclosure.
cps-america-logo


What’s new? Chint Power Systems America is introducing its 250/275kW, 1500Vdc three-phase string inverters for North America. These high-power inverters are designed for ground mount and utility-scale applications. Available with either 36 fused or 24 unfused PV string inputs and 12 MPPTs. At Intersolar, CPS showcases these as part of a new Inverter Cluster, which combines three 275-kW inverters with one 800Vac Fused Disconnect, simplifying installation, and providing a cost-effective mounting solution.

CPS America 350 kW

The 350kW high power CPS three-phase string inverters are designed for large-scale solar PV applications. The units are high performance with full power capacity up to 45 degrees C and include advanced and reliable inverters designed specifically for the North American environment and grid. High efficiencies, wide operating voltages, broad temperature ranges and NEMA Type 4X enclosure enable this inverter platform to operate at high performance across many applications. Each inverter includes 15 MPPTs and is available with 30 unfused PV string inputs. Additional features include integrated PID mitigation, reactive power at night functionality, and CAN communication capability. The CPS FlexOM solution enables communication, controls and remote product upgrades.

CPS 350kW-800V 800Vac Class
Input (DC)  
Max. array power  
Max. Voltage 1500Vdc
Operating Voltage range 880-1300Vdc
Minimum DC voltage / start voltage 550Vdc
Max PV Short-circuit current 975A
MPP trackers / strings per MPP input 15 MPPTs / 2 strings per MPPT
Output (AC)  
Nominal output power  
Max power 350kW
Nominal AC voltage 800Vac
AC voltage range 680-880Vac
Max output current 253A
Rated grid frequency / range 60Hz / 57-63Hz
Power factor >0.99 (+/-0.8 adjustable)
Total Rated Current Distortion (TRD) <3%
Efficiency  
Max Efficiency 99.0%
CEC Efficiency 98.5%
Additional features  
Full power capacity up to 45C  
Integrated PID mitigation  
Reactive power at Night function  
CAN communication capability  

CPS 200 kW

The new CPS 200 kW-480 V three-phase string inverters are designed for solar PV applications with 480Vac service voltage. The units are high performance, advanced, and reliable inverters designed specifically for the North American environment and grid. High efficiency at 98.5% peak and 98.0% CEC, wide operating voltages, broad temperature ranges, and a NEMA Type 4X enclosure enable this inverter platform to operate at high performance across many applications. The CPS 200 kW-480 V products ship with the Distributed or Centralized Wire Box, each fully integrated and separable with AC and DC disconnect switches. DC Enhanced wireboxes allow disconnection under short circuit conditions. The CPS FlexOM Gateway enables communication, controls, and remote product upgrades.

 

CPS 200kW-480V 480Vac Class
Input (DC)  
Max. array power 340kW
Max. Voltage 1500Vdc
Operating Voltage range 860-1450Vdc
Minimum DC voltage / start voltage 900Vdc
Max PV Short-circuit current 450A
MPP trackers / strings per MPP input 1 MPPT / 30 strings (distributed wirebox)
Output (AC)  
Nominal output power  
Max power 200kW
Nominal AC voltage 480Vac
AC voltage range 423-528Vac
Max output current 241A (@200kVA) / 253A (@ 210kVA)
Rated grid frequency / range 60Hz / 57-63Hz
Power factor >0.99 (+/-0.8 adjustable)
Total Rated Current Distortion (TRD) <3%
Efficiency  
Max Efficiency 98.5%
CEC Efficiency 98.0%
Additional features  
Separable wire box design  
Distributed & Centralized wirebox options  
Integrated AC & DC switches  
DC Enhanced protection  
CEC-listed Smart Inverter functions  
kVA Headroom feature  

CPS hybrid

CPS America is excited to introduce its new 7.6-12kW single-phase hybrid inverters, designed to address the growing demand for scalable and efficient energy solutions. This system offers small C&I applications a reliable way to integrate solar power and battery storage. This comprehensive solution provides businesses with a seamless transition between grid-tied and off-grid modes, optimizing energy usage and reducing costs. This advanced hybrid inverter can be configured as either AC or DC coupled with an onsite PV array, offering up to three maximum power point tracking (MPPT) inputs for flexibility in system design. It also features an integrated generator input terminal, providing additional power backup when needed. The single-phase hybrid inverters integrate seamlessly with CPS's modular 5-20 kWh batteries, allowing users to stack up to 60 kWh of storage capacity.

 

CPS 7.6-12kW Hybrid Inverters 240Vac Class
Input (DC)  
Max. array power 11.4/14.4/18kW
Max. Voltage 600Vdc
Operating PV Voltage range 120-550Vdc
Minimum DC voltage / start voltage 150Vdc
Max PV Short-circuit current 40A per MPPT
MPP trackers / strings per MPP input 3 MPPTs / 2 strings per MPPT
Output (AC)  
Nominal output power  
Max power 7.6/9.6/12kW
Nominal AC voltage 240/208V (120Vac)
AC voltage range 183-228.8Vac (@208Vac) / 211.2-264Vac (@240Vac)
Max output current 200A (on grid)
Rated grid frequency / range 60Hz / 57-63Hz
Power factor >0.99 (+/-0.8 adjustable)
Total Rated Current Distortion (TRD) <3%
Efficiency  
Max Efficiency 97.5%
CEC Efficiency 96.5%
Additional features  
Separable wire box design  
Integrated RSD functionality  
Integrated AC & DC switches  
PV, Battery, and Generator inputs  

The CPS 25kW-208V three phase string inverters are designed and optimized for rooftop and carport applications with 208Vac service voltages. The CPS 25kW product ships with the Rapid Shutdown wire-box, fully integrated and separable with touch safe fusing, monitoring, and AC and DC disconnect switches. The integrated PLC transmitter in the Rapid Shutdown wire-box enables PVRSS certified module-level rapid shutdown when used with the TIGO, APS, and NEP products. The CPS Flex Gateway enables monitoring, controls and remote product upgrades.

  • 208V AC output
  • 3 MPPTs with 2 inputs each for maximum flexibility
  • Integrated RSD wire-box options with TIGO, APS, and NEP
  • NEC 2017/2020 compliant and UL listed Arc-Fault protection
  • Separable wire-box design for fast service

CPS 36kW V2 String Inverter

The new, V2 version of the 36kW (36kVA) CPS three-phase string inverter is designed for rooftop and carport applications. The units are high performance, advanced and reliable inverters designed specifically for the North American environment and grid. High efficiency at 98.8% peak and 97.4% CEC, wide operating voltages, broad temperature ranges and a NEMA Type 4X enclosure enable this inverter platform to operate at high performance across many applications.  CPS 36KTL V2 ships with either the Standard wire-box or the Rapid Shutdown wire-box, each fully integrated and separable with touch-safe fusing, monitoring, and AC and DC disconnect switches. The integrated PLC transmitter in the Rapid Shutdown Wire-box enables PVRSS certified module-level rapid shutdown when used with APS RSD-S-PLC/RSD-D products. The CPS FlexOM Gateway enables monitoring, controls and remote product upgrades.

The CPS SCA36KTL-DO-US-480-V2 is currently UL 1741-SB listed and is expected to receive UL 3741 listing with IronRidge, Sollega, Panelclaw, and Unirac by Q2 2023.

  • Separable wire-box for simplified O&M and fast service
  • 3 MPPTs with 5 inputs per MPPT
  • Optional FlexOM Gateway enables remote firmware upgrades
  • Standard and integrated RSD wire-box options
  • Copper- and Aluminum-compatible AC connections
darfon-electronics-corp-vector-logo

What’s new? Darfon Solar will be launching its new out-door rated energy storage solution. The H7 is a hybrid inverter and the B17 LFP battery. The H7 can support loads of up to 7.6kW. The H7 can also be both AC-coupled and DC-coupled at the same time, so more solar panels can easily be added to an existing system. The B17 is a 17.5kWh high-voltage LFP battery. The high voltage design increases the conversion efficiency, lowers the current, and reduces the cable thickness.

H7

The H7 hybrid inverter is sold with the B17 LFP battery. Since they are both out-door rated, they can be installed outdoors for easy access. Since Darfon makes both the inverter and battery, we can gather data to monitor and troubleshoot both products. The H7 comes with an external wireless display to control and see the current status of the system from inside the home. Like out previous hybrid inverters, the H7 is transformerless and has breakers, disconnect switches and generator support circuitry.

  • Support loads of up to 7.6kW
  • Grid input and output can be as much as 9.6kW
  • Up to 12kW of PV with 4 MPPT when DC-coupled or 7.6kW when AC-coupled
  • To be installed with the B17, a high-voltage LFP battery
  • It only weighs 86.8lb, so it can be easily mounted and installed.

H5001_DoorOpened (1)

Darfon’s H5001 hybrid inverter can be used as a string inverter. Why is this useful? A hybrid inverter is more than double the cost of a string inverter. But if you look at the system cost, the inverter is only a small portion of that cost. The batteries are the most expensive component in hybrid system. In some cases, the additional cost of the batteries is what people cannot afford. So, it makes sense to install the H5001 as a string inverter and have a system that is energy storage ready. Then the batteries can be purchased and installed down the road. The thing that installers like about the H5001, is that it is straight forward to install and configure.

  • PV Operation Voltage Range 120 to 500VDC
  • Two MPPTs
  • Output to Grid: 5000W, Output to Load: 5500W
  • SGIP Compliant
  • Compatible with various battery chemistries
Enphase Energy logo


What’s new? Enphase recently started shipping the IQ8 Microinverter, its smartest microinverter yet. This is the industry’s first grid-forming microinverter, offering homeowners the first-ever sunlight backup configuration that functions even during grid disruptions, with or without batteries. For homeowners who want a battery, there are no sizing restrictions on pairing an Enphase IQ Battery with an IQ8 solar system. Looking ahead, Enphase is planning to launch an all-in-one product that will deliver specialized solutions for the small commercial and industrial space, offering many of the same benefits as residential and further supporting installers looking to expand their business.

IQ8 Microinverter

The IQ Series Microinverters are Enphase’s smartest microinverters yet. They are the industry’s first grid-forming microinverters, enabling solar-only backup during grid outages without the immediate need for battery storage. This is facilitated by a specialized application-specific integrated circuit (ASIC) that allows the microinverters to operate in both grid-tied and off-grid modes, providing homeowners with enhanced energy resilience. Additionally, the IQ8 series supports split-phase power conversion, optimizing the efficiency of DC to AC power transformation. Each microinverter is designed to handle one panel each which enables easy installation and a distributed architecture to easily monitor every panel independently. IQ8 Microinverters redefine reliability standards with more than one million cumulative hours of power-on testing, enabling an industry-leading limited warranty of up to 25 years. IQ8 Microinverters are UL-Listed as PV Rapid Shutdown equipment and conform with various regulations when installed according to manufacturer’s instructions.

  IQ8+ IQ8MC IQ8AC
  @240 VAC @240 VAC @208 VAC @208 VAC @240 VAC
Input (DC)        
Max. input power 440 W 460 W 500 W
Max. input DC voltage 60 V 60 V 60 V
Voltage operating range 16-58 V 18-58 V 18-58 V
Minimum input DC voltage 16 V 18 V 18 V
Max input DC short-circuit current 25 A 25 A 25 A
MPPT voltage range / peak power tracking voltage 27-45 V 25-45 V 28-45 V
Output (AC)          
Peak output power 300 VA 330 VA 315 VA 366 VA 350 VA
Max cont. output power 290 VA 320 VA 310 VA 349 VA 345 VA
Nominal grid voltage 240 V 240 V 208 V 240 V 208 V
Grid voltage range 211-264 V 211-264 V 183-229 V 211-264 V 183-229 V
Max cont. output current 1.0 A 1.33 A 1.49 A 1.45 A 1.66 A
Nominal Frequency 60 60 60
Extended frequency range 47-68 Hz 47-68 Hz 4768 Hz
Power factor setting 1.0 1.0 1.0
Total harmonic distortion <5% <5% <5%
Efficiency          
Max Efficiency 97.7% 97.4% 97.2% 97.3% 97.2%
CEC Efficiency 97% 97% 96.5% 97.0% 96.5%
Protection / safety features        
List all that apply CA Rule 21 (UL 1741-SA), UL 62109-1, IEEE 1547:2018 (UL 1741-SB 3rd Ed.), FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, NEC 2020, and NEC 2023 section 690.12 and C22.1-2018 Rule 64-218 rapid shutdown of PV systems, for AC and DC conductors, when installed according to the manufacturer’s instructions. CA Rule 21 (UL 1741-SA), UL 62109-1, IEEE 1547:2018 (UL 1741-SB 3rd Ed.), FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, NEC 2020, and NEC 2023 section 690.12 and C22.1-2018 Rule 64-218 rapid shutdown of PV systems for AC and DC conductors when installed according to the manufacturer’s instructions. CA Rule 21 (UL 1741-SA), UL 62109-1, IEEE 1547:2018 (UL 1741-SB 3rd Ed.), FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, NEC 2020 and NEC 2023 section 690.12 and C22.1-2018 Rule 64-218 rapid shutdown of PV systems for AC and DC conductors when installed according to the manufacturer’s instructions.

Enphase IQ8P-3P

The IQ8 Commercial Microinverters are built to support the small commercial solar industry by simplifying the design and installation process, improving energy harvest with higher uptime, expanding system monitoring capabilities compared to similar solutions, and offering industry-leading safety through an alternating current (AC)-based system using low-voltage power. The microinverters are compatible with a wide range of solar panels including 54, 60, 66, 72, and 144 cell panels with full or split cell, and with a range of 380 W to 640 W, making the products viable to support projects now and in the future. The distributed architecture of the Enphase system makes designing projects more seamless by reducing complexity and enabling an optimized panel layout for maximum energy harvesting on crowded or shaded small commercial rooftops. All IQ8 Microinverters activated in the United States and Canada, and a 12-year warranty for products activated in Mexico.

  IQ8P-3P
  72-E-US 72-E-DOM-US
Input (DC)    
Max. input power 640 W
Max. input DC voltage 63 V
Voltage operating range 16-63 V
Minimum input DC voltage 16 V
Max input DC short-circuit current 25 A
MPPT voltage range / peak power tracking voltage 35.5-53 V
Output (AC)    
Peak output power 480 VA
Max cont. output power 475 VA
Nominal grid voltage 208 V 220 V
Grid voltage range 183-229 V 198-242 V
Max cont. output current 2.28 A 2.16 A
Nominal Frequency 60
Extended frequency range 47-68 Hz
Power factor setting 1.0
Total harmonic distortion <5%
Efficiency    
Max Efficiency 97.8%
CEC Efficiency 97.5%
Protection / safety features    
List all that apply CA Rule 21 (UL 1741-SB), UL 62109-1, UL1741/IEEE1547, FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, and NEC 2020 section 690.12, C22.1-2018 Rule 64-218 rapid shutdown of PV systems for AC and DC conductors, when installed according to manufacturer’s instructions, and Build America, Buy America Act (BABA) and Buy American Act (BAA) compliance for IQ8P-3P-72-E-DOM-US.

 

enphase IQ8HC

With peak output AC power of 384W, IQ8HC, and IQ8X Microinverters are designed to seamlessly pair with a full range of solar modules up to 540W DC. IQ8HC Microinverters are available for all of North America and can manage a continuous DC current of 14 amperes, supporting higher-powered solar modules through increased energy harvesting. IQ8X Microinverters are available in the United States, supporting solar modules with higher output DC voltage and cell counts, such as 96 cells, 80 half-cut cells, and 88 half-cut cells. The high-quality manufacturing process and low failure rates unlock an industry-leading 25-year warranty for all IQ8 Microinverters activated in the United States and Canada, and a 12-year warranty for products activated in Mexico.

  IQ8HC IQ8X  
  @208 VAC @208 VAC @240 VAC @208 VAC 72-E-US
Input (DC)          
Max. input power 540 W 540 W  
Max. input DC voltage 60 V 79.5 V  
Voltage operating range 18-58 V 25-79.5 V  
Minimum input DC voltage 18 V 25 V  
Max input DC short-circuit current 25 A 16 A  
MPPT voltage range / peak power tracking voltage 29.5-45 V 43-60 V  
Output (AC)          
Peak output power 384 VA 366 VA 384 VA 366 VA  
Max cont. output power 380 VA 360 VA 380 VA 360 VA  
Nominal grid voltage 240 V 208 VA 240 V 208 V 208 V
Grid voltage range 211-264 V 183-229 V 211-264 V 183-229 V 183-229 V
Max cont. output current 1.58 A 1.73 A 1.58 A 1.73 A 2.28 A
Nominal Frequency 60 60  
Extended frequency range 47-68 Hz 47-68 Hz  
Power factor setting 1.0 1.0  
Total harmonic distortion <5% <5%  
Efficiency          
Max Efficiency 97.3% 97.2% 97.3% 97.0  
CEC Efficiency 97% 96.5% 96.5% 96.5  
Protection / safety features          
List all that apply CA Rule 21 (UL 1741-SA), UL 62109-1, IEEE 1547:2018 (UL 1741-SB 3rd Ed.), FCC Part 15 Class B, ICES-0003 Class B, CAN/CSA-C22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, NEC 2020, and NEC 2023 section 690.12 and C22.1-2018 Rule 64-218 rapid shutdown of PV systems for AC and DC conductors when installed according to the manufacturer’s instructions. CA Rule 21 (UL 1741-SA), UL 62109-1, IEEE 1547:2018 (UL 1741-SB 3rd Ed.), FCC Part 15 Class B, ICES-0003 Class B, CAN/CSAC22.2 NO. 107.1-01. This product is UL Listed as PV rapid shutdown equipment and conforms with NEC 2014, NEC 2017, NEC 2020, and NEC 2023 section 690.12 and C22.1-2018 Rule 64-218 rapid shutdown of PV systems for AC and DC conductors when installed according to the manufacturer’s instructions.  
Fronius

What’s new? In 2022, Fronius will launch various software tools that support solar installation companies, from planning a system to installing and monitoring it afterward. A new system design tool will help engineers configure new systems quickly and streamline their project management. In addition, Fronius will enrich its online monitoring platform Solar.web with new features for solar businesses.

Fronius Primo

With power categories ranging from 3.8 kW to 15.0 kW, the Fronius Primo is the ideal compact single-phase inverter for residential applications. This sleek inverter is equipped with the SnapINverter hinge mounting system, which allows for lightweight, secure, and convenient installation. The Primo inverters provide maximum safety, reliability, and highest energy yield even on complex roofs of shaded systems – giving customers the best return on their solar investment.

  • Two size ranges: Fronius Primo 3.8 – 8.2 & Fronius Primo 10.0 – 15.0
  • Smart shade mitigation with Dynamic Peak Manager
  • SuperFlex Design for complex roofs and maximum design flexibility
  • Wide voltage windows from 80V to 1,000V
  • Integrated energy management feature
  • Truly field-serviceable

Fronisu Symo

Size / category: 10.0 kW – 24.0 kW  /   Commercial

The Fronius Symo Advanced inverter line features six models ranging from 10 kW to 24 kW, ideal for commercial and industrial applications. The Symo Advanced is lightweight and combines high-power density with flexibility to ensure the fastest possible installation for your PV project. The small number of total power conversion electronics adds to the high serviceability from any mounting spot. You get total system granularity with only a low number of system components.  Developed with 2 Multiple Power Point Trackers and Dynamic Peak Manager, our shade mitigation solution, the Fronius Symo Advanced ensures your PV system operates at maximum performance and efficiency.

UL 3741 listed? Yes, with use of Unirac, IronRidge, PanelClaw, Schletter and AeroCompact flat roof mounting systems

Key specs

  1. 208V AC and 480 AC versions available
  2. Smart shade mitigation with Dynamic Peak Manager
  3. SuperFlex Design for complex roofs and maximum design flexibility
  4. SunSpec transmitter for Module Level Rapid Shutdown integrated
  5. Truly field-serviceable
Generac_Power_Systems_Inc___Logo-002

What’s new? Generac’s PWRcell Inverter works seamlessly with the full PWRcell product ecosystem, including the recently launched PWRmanager and PWRgenerator. Upcoming firmware updates allowing AC Coupled PV and Generator Integration will also be compatible with the same great PWRcell Inverter you’re used to. Strategic firmware updates throughout the past years like these have continued to polish the PWRcell System as a comprehensive clean energy management solution. To further round out the Generac menu, the company will be debuting its PWRmicro later this year.

morningstar logo

What’s new? Morningstar is introducing a line of small inverters for industrial and other off-grid applications.  The SureSine pure sine wave inverter line debuts at InterSolar Europe this May, initially with 6 models, from 150-2500 Watts in both North American 120V and International 230V versions.  Models support combinations of 12/24/48V batteries.

SureSine Inverters no logos

SureSines are the polar opposite of “me too” thinking, designed for the “mission-critical” industrial applications so important to Morningstar  customers. Six models, from 150 to 2500 Watts in both North American 120V and International 230V versions.  Models support combinations of 12/24/48V batteries. The range covers off-grid industrial systems in diverse applications such as rural development, telecommunications and wireless service providers, oil & gas, and more. They have superior thermal performance with fanless design for higher reliability– for example, the 300W model doesn’t derate until 45 C and delivers 200W at 60 C. System-level integration and communication with Morningstar charge controllers. Multiple AC hardwire remote terminal options on selected models. UL 1741 listed, and also IEC-62109-1, IEC 62109-2, and CE/UKCA compliant.

  • Power Surge capability at 40 C (under 5 seconds) is twice the rated output power
  • Operating temperature range is -40 C to +60 C
  • Peak efficiency ranges from 89-92%, depending on the model
  • Fanless design—no fans to fail for greater reliability and efficiency
  • Full protections built-in
  • Industry leading safety and low noise
  • Status LEDs notify system alerts and ensure reliable operation
  • Bluetooth Android and iOS  mobile apps
  • Adjustable Low Voltage disconnect (LVD)
nep-logo

What’s new? NEP expanded its microinveter line up to include the EQ-800, a 2x400Wac dual microinverter with Rule 21 certifications. The company also refined its Rapid Shutdown solutions focusing on single and dual module devices with two-way data communications for enhanced safety and service efficiency.

NEP NEPTUNE three-phase

NEP added NEPTUNE 3-phase inverters to go with its RSD solutions. These inverters include fully integrated transmitters and provision for NEP gateway to be installed inside the inverter wire-boxes. Just one gateway is needed to support numerous inverters (wifi, Ethernet and cellular internet connectivity). 5 models; 30kW-208Vac and 33,50,75,100kW-480Vac.

NEP

The BDM series involves nimble engineering, better service execution and easier positioning. Fill voids and gaps of content incumbents to generate customer focused value. A key attribute is its metal exterior, which avoids the more common failures associated with plastic module-level power electronics on hot roofs.

NEP microinverter PVG-2-RSD

NEP’s unique, two-way data communication Rapid Shutdown solution enables installer confidence that rapid shutdown is functioning correctly. This is valuable for safety assurance, code compliance, AHJ approval and characterization of the array performance upon commissioning. Further, NEP includes IV Curve trace ‘service mode’ to enable easier measurements at time of commissioning and through the life of the project. NEP’s optional data gateway is available for remote PV panel diagnostics and data performance.

  • PVG-1 and PVG-2 for single and dual PV panels
  • Mounting for racking rail and optional clip available for PV module frame mount
  • Two way data flow for safety and performance with optional NEP gateway
  • Transmitters available in stand-along enclosure and integrated with leading C&I inverters providers

NEP's Rapid Shutdown units are 20Amp models. The PVG-2 (dual PV) and PVG-3 (3 PV modules) are built with a metal enclosure. Why metal? The industry has seen numerous examples of RSD reliability issues with Non-NEP units. To reduce the risk of such, a metal enclosure improves heat dissipation and overall thermal management. Also, a metal enclosure is more robust, ‘fail-safe’ engineering investment to lower overall risk and improve the expected life-span of the devices. These same units are tested to 25Amp in Europe (CE marking). Lots of design margin with this improvement.

SMA America

What’s new? PV with integrated storage continues to dominate discussions in large-scale applications. Utilities are investing in storage in a meaningful way and preparing for an increasingly large demand from electric vehicles. They are also increasingly looking at owning and operating distributed assets for improved control. SMA’s investment in its storage technology has been apparent with new offerings in the utility, commercial, and residential spaces in the works. Beyond storage, a disruptive new method for addressing compliance with rooftop shutdown requirements is here. We will see the first certifications to UL3741 as a method to shutdown within an array boundary. This certification will provide commercial and residential integrators with maximum safety, while reducing fire risk, improving system reliability, while doing so at a significant cost savings.

STP_CORE1_WhtBG

The Sunny Tripower CORE1 is the only inverter that offers an intelligent IV curve diagnostic, advanced string monitoring, and SMA Smart Connected. The world’s first free-standing PV inverter for commercial rooftops, carports, ground mount and repowering legacy solar projects, the Sunny Tripower CORE1 enables logistical, material, labor, and service cost reductions, and is the most versatile, cost-effective commercial solution available.

  • First commercial system listed to standard UL 3741 PV Hazard Control for NEC 690.12 compliance
  • System visibility with intelligent IV curve diagnostic and advanced string monitoring
  • Integrated SunSpec PLC signal for module-level rapid shutdown compliance to 2017 NEC
  • ShadeFix optimization generates more power
  • SMA Smart Connected, Sunny Portal, and SMA’s Online Service Center provide automatic, proactive, and unmatched service support

STPxx-50_01_Wall_01

The Sunny Tripower X is the latest in commercial solar energy generation and can be used in a variety of applications including but not limited to rooftop, carport, and ground mount applications. As a comprehensive solution, the integrated System Manager enables complete energy management from one platform while combining state-of-the-art technology into one device. This comprehensive design ensures small to medium-sized businesses can accommodate future energy management and needs. SMA Sunny Tripower X key features: High flexibility in system design with 3 MPP trackers and up to 150% overdimensioning capabilities. Easier installation with an overall lighter weight and wall-or-rack mount. Flexible and scalable system sizing: 30 kW, 25 kW & 20 kW. Integrated System Manager allows monitoring and control of up to 5 inverters (with up to 150 kVA) and 1 energy meter. SMA ShadeFix offers next level performance optimization

UL 3741 listings:

  • Unirac
  • IronRidge
  • Panelclaw
  • Aerocompact
  • Sollega
Sunny Tripower X 20 kW 25 kW 30 kW
Input (DC)      
Max. array power 3000 Wp 37500 Wp 45000 Wp
Max. Voltage 1000 V
Voltage range 350 V to 800 V 430 V to 800 V 515 V to 800 V
Minimum DC voltage / start voltage 150 V / 188 V
Short-circuit current 24 A / 37.5 A
MPP trackers / strings per MPP input 3/2
Output (AC)      
Nominal output power 20000 W 25000 W 30000 W
Max power 20000 VA 25000 VA 30000 VA
Nominal AC voltage 480 V / 277 V
AC voltage range 244 V to 305 V
Max output current 24 A 30 A 36 A
Rated grid frequency / range 60 Hz / -6 Hz to +6 Hz
Power factor 1 / 0.8 leading to 0.8 lagging
Total harmonic distortion < 3 %
Efficiency      
Max Efficiency 98.2% 98.6% 98.5%
CEC Efficiency 97.5% 98% 98%
Protection / safety features      
Certificates and approvals UL 62109-1, UL 1699B Ed. 1, CAN/CSA 22.2 No. 62109-1:16 / 62109-2:16, PV Rapid

Shutdown System Equipment in accordance with UL1741:2021, UL 3741

Peak3 FLEX

The Sunny Highpower PEAK3 FLEX US-21 (PEAK3 FLEX) model delivers adjustable AC outputs for power, current and voltage. The PEAK3 FLEX can be tuned to match older inverters that might operate at now uncommon voltages, like 385VAC or 400VAC, thus enabling customers to leave the transformers in place and avoid costly or time-consuming studies.  Similarly, the AC output current can be adjusted to help customers avoid replacing AC wires and OCPD equipment.

Adjusting the AC Voltage downward also widens the DC operating window of this 1500VDC inverter, so the PEAK3 FLEX can repower older projects with central or string inverters that were built at 600VDC or 1000VDC. Once field commissioned to the desired AC output values, the UL label will be completed to match, and those parameter settings are lockable behind OEM password protection.  The flexibility in design, capacity and capability makes the Sunny Highpower PEAK3 FLEX the perfect inverter solution for repowering projects.

 

SMA Sunny Highpower PEAK3-FLEX-US-21  
Input (DC)  
Max. array power 344kWp
Max. Voltage 1500VDC
Voltage range 298v-1500v
Minimum DC voltage / start voltage  
Short-circuit current 325A
MPP trackers / strings per MPP input 1
Output (AC)  
Nominal output power 52-172kVA
Max power 172kVA
Nominal AC voltage 200-660VAC
AC voltage range 200-660VAC
Max output current 151A
Rated grid frequency / range 60Hz / 50 Hz, 60 Hz and -6 Hz…+6 Hz
Power factor 1 / 0.8 leading…0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 99.1%
CEC Efficiency 99.0% (at 600VAC)
Protection / safety features  
List all that apply IEEE 1547:2018, UL 1741-SA - CA Rule 21, HECO Rule 14H, UL 1741-SB, UL 62109, UL 1998, CAN/CSA-C22.2 No.62109, FCC Part 15, Class A
Advanced Grid Support Capabilities L/HFRT, L/HVRT, Volt-VAr, Volt-Watt, Frequency-Watt, Ramp Rate Control, Fixed Power Factor
Additional Features 25-year Design Life, Opti-Cool, Smart Connected, Sunny Portal, External API, Modbus, FTP
Derate Temperature (Full Power at 600VAC) 52°C (125°F)
Operating Temperature -25°C...+60°C (-13°F...+140°F)
Storage Temperature -40°C…+70°C (-40°F…+158°F)

For more info:

schneider

What’s new? Schneider Electric’s upcoming offerings make managing whole home and partial home backup easy. Schneider Electric recently launched a new InsightCloud user interface and made updates to the InsightMobile app that will make managing solar and storage systems easier. InsightCloud features a clean UI with improved navigation, a new multi-site overview, and site comparison that allows for a more insightful experience. As part of the InsightMobile update, solar professionals now have even further control over how the site is configured. With the app, you can now edit the site, scan the MAC address and serial number as you configure a site.

Schneider HY8K1NA1 hybrid inverter

The Schneider Inverter is a hybrid inverter, connecting the Boost battery and solar panels to the home and grid. The Inverter has DC ports for Boost and solar, with 3 battery inputs and 4 MPPT inputs for solar. When the Inverter is installed with Boost and a Schneider Pulse CSED or Backup Controller, the system automatically powers the home during a grid outage. Powerful 100A LRA load start capability and 13.4 kW peak power provides reliable backup power. The Schneider Inverter and Boost system has the flexibility to be paired with AC coupled or DC coupled solar. With the Schneider Home app, homeowners gain visibility on solar production, battery usage, and home energy consumption. Optional accessories allow monitoring the energy cost of individual circuits, appliances, and devices, as well as automated scheduling and control through the app. For installers, the commissioning app will save time, while the installer portal web app enables ongoing system monitoring and remote troubleshooting.

Schneider Inverter 7.7 kW
Input (DC)  
Max. array power 15.4 kW DC @STC
Max. Voltage 600 Vdc
Voltage range 50-550 Vdc
Minimum DC voltage / startup voltage 100 Vdc
Short-circuit current 16A x 4
MPP trackers / strings per MPP input 4
Output (AC)  
Nominal output power 7.68 kW
Max power 13.4 kW (5 seconds)
Nominal AC voltage 240 V
AC voltage range 211 – 264 V
Max output current 56A ( 5 seconds)
Rated grid frequency / range 60 Hz +/- 0.1 Hz
Power factor 1.0
Total harmonic distortion < 3%
Efficiency  
Max Efficiency 98%
CEC Efficiency 97%
Protection / safety features  
List all that apply UL1741, UL 1741 PVRSS, UL1699B, UL95404, CSA C22.2 No. 107.1-16, UL1741 SA, UL1741 SB, IEEE1547-2018, CA Rule 21, PREPA, FCC – Part 15 Subpart B Class B, ICES-003 Class B, RSS-Gen Issue 5, AC 156
General Specifications  
Warranty 10 years
Enclosure Type Type 4X
Weight 102 lbs
Safety Integrated Rapid Shutdown Transmitter, ground fault detection, battery reverse polarity
Dimensions 650 x 570 x 165 mm

 

Schneider-XW-Pro

The XW Pro leads Schneider Electric Solar’s hybrid inverter range, as it provides installers with the flexibility to design and install a complete solar and storage system. The XW Pro offers a high overload power rating of 1.75x with the ability to stack up to 4 inverter units to increase overall power output. Because of its scalable and adaptable infrastructure, the XW Pro can also be integrated with lithium-ion batteries for solar and storage, or backup power systems without solar. Schneider Electric’s solar hybrid inverters come with a complete ecosystem of accessories to enable efficient installation. This includes integration with MPPT charge controllers and Insight Energy Management, Schneider Electric’s energy management software that allows solar professionals to remotely manage multiple installation sites with ease.

  • Reliable performance with a 6.8 kW output with up to 12 kW peak overload
  • Flexibility in installations and operations with Stacking capability of up to 4 units in single-phase or 6 units in 3-phase
  • Compatibility with a wide range of battery technologies, including Lithium-ion battery integration
  • Optional integration with generator
  • Compatible for use across a wide range of applications such as grid-tied, off-grid, self-consumption, backup power
sol-ark-logo

What’s new? Sol-Ark is launching several new product families and extending its proven inverter line this year. With a strong reputation for best-in-class technology, the Sol-Ark team has steadily advanced by adding real value to home and business owners’ pursuit of energy independence and resilience.

sol-ark

Sol-Ark’s 15K-2P (UL# Limitless 15K-LV) is so powerful that it eliminates standby generators, a 200A whole home transfer switch (built in), UPS’s for electronics due to 5ms switching, Neutral Forming Transformer due to split phase output, and parallel stacking because only one is needed. Sol-Ark also sells smaller units (12K-2P, 8K-2P, 5K-1P) for critical loads, off grid, and mobile applications. Features and benefits include parallel stacking, grid sell, meter zero, time of use, smart load, generators, simultaneous AC & DC Coupling, & peak shaving. The company has partnered with many battery companies like HomeGrid, Endure, SimpliPhi, Fortress, Blue Ion, Storz Power, PowerSync, and Discover to advance inverter and battery control through extensive communications.

  • 20 kW pk power
  • 4ms UPS Transfer times,
  • Generator support,
  • 93% Round Trip Efficiency

Sol-ark 15K

The Sol-Ark 15K-2P Whole Home hybrid inverter is the most powerful and versatile residential energy storage solution available today. Designed and engineered for complete whole-home backup, it seamlessly integrates with solar, batteries, generators, and electric vehicles, ensuring energy independence and cost savings. With NEM 3.0 readiness, this system optimizes home energy use during peak hours, reducing electricity costs through advanced Time-of-Use (TOU) management.

The 15K-2P inverter has Grid Down Generation for uninterrupted power, and the DC-to-DC architecture enhances battery efficiency and longevity, while military-grade reliability protects against lightning and electromagnetic threats. Featuring EV home charging, 275A battery charging, and UL 9540-certified battery compatibility, the 15K-2P is virtual power plant-ready with rapid 5ms transfer time.

Designed for flexibility and resilience, the Sol-Ark® 15K-2P is the ultimate choice for homeowners looking to reduce energy costs, enhance security, and stay powered - no matter what.

 

Sol-Ark 15K-2P Whole Home 15 kW Class
Input (DC)  
Max. array power 19,500W
Max. Voltage 500V
Voltage range 150-500V
Minimum DC voltage / start voltage 125V
Short-circuit current 44A
MPP trackers / strings per MPP input 3 MPPTs / 2 Strings Ea
Output (AC)  
Nominal output power 15,000W
Max power 24,000VA
Nominal AC voltage 120/240V, 120/208V, 220V
AC voltage range 120/240V, 120/208V, 220V
Max output current 63A
Rated grid frequency / range 50/60Hz
Power factor +/- 0.9 adjustable
Total harmonic distortion <3%
Efficiency  
Max Efficiency 97.5%
CEC Efficiency 96.5%
Protection / safety features  
List all that apply UL1741-2010/2018, IEEE1547a 2003/2014,

FCC 15 Class B, UL1741SB, CA Rule 21, HECO Rule 14H

  PV DC Disconnect Switch — NEC 240.15 Integrated

Ground Fault Detection — NEC 690.5 Integrated

PV Rapid Shutdown Control — NEC 690.12 Integrated

PV Arc Fault Detection — NEC 690.11 Integrated

PV Input Lightning Protection Integrated

PV String Input Reverse Polarity Protection Integrated

AC Output Breaker - 200A Integrated

Surge Protection DC Type II / AC Type II

Sol-ark 60K

The Sol-Ark 60K-3P-480V Commercial Hybrid Inverter is a powerful, scalable energy storage solution designed for large commercial and industrial applications. This high-performance inverter helps businesses reduce peak demand charges, optimize solar energy usage, and participate in grid services programs for additional revenue. All backed by Sol-Ark’s 10-year warranty.

Designed for seamless integration, it features native 277/480V 3-phase output, AC & DC coupling, and a modular design scalable from 40kWh to 9.6MWh. Businesses can parallel up to 10 inverters and 16 batteries per inverter, ensuring future energy expansion. With built-in MPPT, grid switchgear, generator switchgear, and an advanced energy management system (EMS), the 60K-3P-480V delivers unmatched efficiency, simplifying installation and reducing costs.

5ms transfer time, 200A grid pass-through, and seamless backup power ensure uninterrupted operations, even during outages. For businesses seeking energy independence, resilience, and cost savings, the Sol-Ark® 60K-3P-480V is the ultimate solution.

Sol-Ark 60K-3P-480V 60 kW Class
Input (DC)  
Max. array power 78,000W
Max. Voltage 1,000V
Voltage range 150-850V
Minimum DC voltage / start voltage 180V
Short-circuit current 55A
MPP trackers / strings per MPP input 4 MPPTs / 2 Strings Ea
Output (AC)  
Nominal output power 60,000W
Max power 90,000VA
Nominal AC voltage 277/480V
AC voltage range 277/480V
Max output current 72.3A
Rated grid frequency / range 50/60Hz
Power factor +/- 0.8 adjustable
Total harmonic distortion <3%
Efficiency  
Max Efficiency 97.5%
CEC Efficiency 96.5%
Protection / safety features  
List all that apply L 1741-2021 (UL1741SB), CSA C22.2 No 107.1-16,

IEEE 1547-2018 & 1547a-2020 & 1547.1-2020 (SRD V2.0),

UL 1741 CRD-PCS, UL1699B, CEC, SGIP, CSIP

  PV DC Disconnect Switch — NEC 240.15 Integrated

Ground Fault Detection — NEC 690.5 Integrated

PV Rapid Shutdown Control — NEC 690.12 Integrated

PV Arc Fault Detection — NEC 690.11 Integrated

PV Input Lightning Protection Integrated

PV String Input Reverse Polarity Protection Integrated

Surge Protection DC Type II / AC Type III

  • Distributors: CED Greentech, Soligent, City Electric Supply, AEE, Krannich, Beacon, The PowerStore, GenPro energy solutions, Zonna Energy, Inter-Island, R&R, BayWa, AltE store, Northern Arizona Wind & Sun, Renvu, Multi Batteries, Warren, HES, Sentinel, Solar Solutions, & more
  • sales@sol-ark.com
  • www.sol-ark.com
SolarEdge

What’s new? SolarEdge recently launched the SolarEdge Home battery, a 10kWh battery that has 94.5% round trip efficiency and allows up to 3 batteries to be installed on its Home Hub inverter. Additionally, SolarEdge has announced several new features in its mySolarEdge app, including Weather Guard, a feature designed to fully charge the battery when a potential severe weather event is detected nearby. Looking forward, SolarEdge will release its new S-Series residential Power Optimizer, which features SolarEdge Sense Connect, a step change in arc-fault detection and prevention. In the C&I space, SolarEdge is looking to bring to market solutions that serve large-scale and community solar applications. S-series Power Optimizers implement condition monitoring features, or the ability to identify changes in a PV array that could indicate a developing arc fault.

solaredge Terramax inverter

The new SolarEdge TerraMax 330kW Inverter is designed to maximize energy production for any project terrain and for overcoming challenges posed by shading and uneven terrain on community solar ground mount sites. In addition, it is the ideal product for agri-PV, small-medium utility-scale projects and floating PV. It delivers more energy with 200% DC oversizing for up to 50% less Balance of System (BoS) costs (Based on comparisons using HelioScope on 8MW projects and typical string inverters. Numbers can change based on project characteristics).

In terms of power, this inverter helps ensure continual peak performance with an integrated PID (Potential Induced Degradation) rectifier and boosts energy yield through DC-optimized technology with multiple MPPTs.

To save on BoS costs, the inverter works with fewer and longer strings on up to 80 modules, and further streamlines by providing higher power through fewer units. The SolarEdge TerraMax inverter also speeds up onsite work with a topology feature that places the inverter in a central location alongside distributed, multiple MPPTs in the array. These factors can reduce labor, installation time and material cost with virtual central topology and single DC input architecture.

Finally, the TerraMax Inverter also simplifies operations & maintenance, reducing unnecessary truck rolls with granular, module-level monitoring, and reducing schedule risks and maximizing system uptime with automatic alerts and remote troubleshooting capabilities.

Key specs:

  • kW range: 330kW
  • Operating voltage range: 587-759 Vac
  • of MPPTs / MPPT voltage range: 12.5-105 Vdc
  • Max / CEC efficiency: 2/99.0%

UL listings: UL 1741, UL 1998, UL 1741SA, UL 1741SB

SolarEdge H1300 Power Optimizer

Supporting high power 650W modules, SolarEdge H1300 Power Optimizers enable modules in the array to work independently. The underperformance of one module will not affect others in the string, eliminating mismatch-related power losses due to shading, soiling, or aging, enabling higher overall energy production. 

The H1300 also helps to harvest more energy from bifacial modules by mitigating electrical losses caused by the varying ground albedo, shading, obstructions, or other rear-side factors. Further, inter-row shading losses are minimized with module level MPPT. Plus, up to 80-module string length is supported, resulting in fewer strings and enabling up to 50% BoS savings when compared to traditional string solutions.

Additionally, the H1300 helps keep production rolling with granular and continuous module-level data monitoring for EPCs and O&M personnel. It tracks system performance and helps to pinpoint & resolve issues remote or onsite using our Monitoring Platform.

SolarEdge-Energy-Bank-Battery-SolarEdege-Energy-Hub-Inverter-FINAL

The SolarEdge Home Hub inverter’s industry leading 99% weighted efficiency paired with its ability to DC oversize up to 200% allows installers to install more power, increase system ROI, and better meet the increasing energy needs of their customers. Additionally, the DC-coupled Home battery offers installers the ability to install the inverter, battery, and EV charger on a single breaker which enables faster installation both at the time of install, as well as with future additions, with fewer main panel upgrades. DC coupling allows for inverter, battery, and EV charger to be installed on one breaker, resulting in fewer main panel upgrades, and lower installation costs. All of this paired with a standard warranty of 12 years extendable to 25 years, integrated arc fault protection, and in app features such as Weather Guard, enables installers to offer their customers increased peace of mind and reliability.

  • 99% weighted efficiency, 94.5% round trip efficiency with SolarEdge Home Battery.
  • 3.8 kW to 11.4 kW range with up to 200% DC oversizing allowed
  • 3.8kW inverter can support up to 11.4 kW when off-grid
  • NEMA 4X and UL1741SA certified

solaredge 120K_HeroShot

Reaching up to 120kW, SolarEdge’s Three-Phase Inverters with Synergy Technology are designed to provide more power and higher profitability in large-scale PV installations. Maximizing energy production with up to 175% DC oversizing, it offers improved uptime through modularity and independently working units. A pre-commissioning feature allows installers to validate system components before connecting to the grid and the built-in night-time PID rectifier helps to avoid module performance degradation. Advanced safety is offered through SolarEdge’s arc fault protection and rapid shutdown, built-in thermal sensors on the DC and AC terminal blocks, and field-replaceable surge protection devices. Pre-commissioning designed to resolve system issues before grid connection via SetApp and a USB power bank. Monitored and field-replaceable type 2 surge protection devices (SPDs). The Synergy inverter is installed in tandem with the Power Optimizer (S1200/S1201) yielding savings on eBOS and allowing for greater energy production over plant life.

 Three Phase Inverter w/ Synergy Technology Power Ratings:

  • 50kW @208V grid,
  • 80kW, 100kW, 110kW, 120kW @480V grid

Three Phase Inverter Power Ratings:

  • 10kW, 17.3kW @208V grid;
  • 30kW, 40kW @480V grid

Commercial S-Series NAM_safety

The S-Series Power optimizers feature advanced safety features such as SolarEdge Sense Connect, an industry-first technology that detects temperature increase at the connector level, stopping power flow before an arc can occur. The SolarEdge Sense Connect technology joins an expanded range of pro-active safety features, such as built-in SafeDC, and rapid shutdown. Providing 99.5% efficiency and supporting two high power, high input current PV modules, the S-Series helps lower Levelized Cost of Energy thanks to higher yield and enables longer and more powerful strings.

Commercial S-Series Power Optimizers:

  • S1200: used for ground mount and carport applications, supporting PV panels up to 600Wp, Isc 15A
  • S1201: used for rooftop applications, supporting PV panels up to 600Wp, Isc 15A

Residential S-Series Power Optimizers

  • S440: supporting PV panels up to 440Wp, Isc 14.5A, 60V
  • S500: supporting PV panels up to 500Wp, Isc 15A, 60V
  • S500B: supporting high voltage panels with 500Wp input power, Isc 15A, and input voltage of 125V
  • S650B: supporting high voltage modules with 650Wp input power, Isc 15A, and input voltage of 85V.
GinlongSolis-01

What’s new? Solis US introduces a new PV String Hybrid Energy Storage inverter in Q4 2022. The new Solis S6 Hybrid models range from 3.8K to 11.4K, are UL 9540 listed with a wide variety of dc-coupled HV batteries, and now include a Bluetooth interface and a 120/240 autotransformer for native split phase backup power. This new family of inverters — S6-EH-1P-(3.8-11.4)K-H-US — is being certified to the new UL 1741 SB test standard and will be Rule 21 and HECO compliant.

solis s6

The S6 High Voltage Home Hybrid (3.8-11.4kW) features generator connectivity, an integrated bypass and the ability to power some loads while PV producing-even without a battery! This versatile and scalable solution operates on an open ecosystem, meaning works with many battery, racking, optimization and shutdown options.

UL 3741 listings? Yes! Listed with IronRidge, Chiko Solar, Ecofasten and Pegasus

High Voltage Home Hybrid 3.8, 5, 7.6, 9.9, 10, 11.4kW Class
Input (DC)  
Max. array power 3.8-11.4kW
Max. Voltage 600V
Voltage range 80-520V
Minimum DC voltage / start voltage 80V
Short-circuit current 25.6A
MPP trackers / strings per MPP input 2-4/1
Output (AC)  
Nominal output power 3.8-11.4
Max power 3.8-11.4kW
Nominal AC voltage 240V
AC voltage range 211-264V
Max output current 15.8-47.5A
Rated grid frequency / range 55-60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging)
Total harmonic distortion <3%
Efficiency  
Max Efficiency 97-97.6%
CEC Efficiency 97%
Protection / safety features  
Ground fault detection Yes
Residual (leakage) current detection Yes
Integrated AFCI Yes
DC reverse-polarity protection Yes (PV Only)
Manual inverter bypass switch Yes
Rapid shutdown NEC 2017 Integrated SunSpec-certified Transmitter
Compatible RSD receivers See Master Compatibility Sheet
Protection class / Over voltage category I/II

Solis 1P grid-tied

The Solis Grid-Tied 1P Series has been in the field since 2011. This proven, grid-tied solution is cost effective and can be AC coupled to any whole home battery system.

UL 3741 listings? Yes! Listed with IronRidge, Chiko Solar, Ecofasten and Pegasus

1P Grid-Tied Residential Series 3.6, 5, 6, 7.5, 7.6, 10kW Class
Input (DC)  
Max. array power 3.6-10kW
Max. Voltage 600V
Voltage range 100-500V
Minimum DC voltage / start voltage 120V
Short-circuit current 22A
MPP trackers / strings per MPP input 3-4/3-4
Output (AC)  
Nominal output power 3.6-10
Max power 3.6-10
Nominal AC voltage 208/240
AC voltage range 208/240
Max output current 43.3A/41.7A
Rated grid frequency / range 60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 97.8%
CEC Efficiency 97.5%
Protection / safety features  
DC reverse-polarity protection Yes
Ground fault monitoring Yes
Anti-islanding protection Yes
Integrated AFCI Yes
Integrated DC switch Yes
Multi peak scan Yes
Rapid shutdown Built-In APS or Tigo Transmitter
Surge protection DC Type III / AC Type III
Compliant MLRSD products TS4-A-F/2F/O, APSmart RSD-S/RSD-D

solis 30 kw

The S6 1000V 25-60kW Series features fuse-free design, intelligent string-level monitoring, separable wiring box and integrated AC/DC disconnects reduce and streamline operations and maintenance. Zero export options, derating and shade covers are also available, enhancing overall system flexibility. This family of products also includes a 208/240 V High Leg Delta 30kW option.

UL 3741 listings? Yes! Listed with IronRidge, Schletter, Panelclaw, Aerocompact, Unirac, Sollega, Sunmodo

S6 1000V 25-60kW Series 30 LV, 25, 33, 36, 40, 50, 60 kW
Input (DC)  
Max. array power 25-60kW
Max. Voltage 1000V
Voltage range 180-1000V
Minimum DC voltage / start voltage 180V
Short-circuit current 63A
MPP trackers / strings per MPP input 3/6; 4/8
Output (AC)  
Nominal output power 25-60kW
Max power 25-60kW
Nominal AC voltage 280/240(30kW) 480V
AC voltage range 280/240(30kW) 480V
Max output current 30.1A-72.2A
Rated grid frequency / range 55-60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 98.8%
CEC Efficiency 98.3%
Protection / safety features  
Integrated AC/DC Switch Yes
DC Reverse-Polarity Protection Yes
Short Circuit Protection Yes
Output overcurrent protection Yes
Surge protection DC Type II/AC Type II
Grid monitoring & anti-islanding protection Yes
String-level monitoring with IV Curve Scanning Yes
Shade mitigation with multipeak scanning Yes
Integrated AFCI and PID Recovery Yes

Solis s5

The S5 1000V 75-125kW Series features fuse-free design, intelligent string-level monitoring, and integrated AC/DC disconnects reduce and streamline operations and maintenance. With the capability to oversize systems up to 200%, multiple MPPTs and derating there is unlimited flexibility. Zero export options and shade covers are also available. This family of products also includes a 208/240 V High Leg Delta 60kW option.

UL 3741 listings? Yes! Listed with IronRidge, Schletter, Panelclaw, Aerocompact, Unirac, Sollega, Sunmodo

S5 1000V 75-125kW Series 60 LV, 75, 80, 90, 100, 125 kW
Input (DC)  
Max. array power 75-125kW
Max. Voltage 1000V
Voltage range 180-1000V
Minimum DC voltage / start voltage 195V
Short-circuit current 50A
MPP trackers / strings per MPP input 8/16; 9/18; 10/20
Output (AC)  
Nominal output power 60, 75-125kW
Max power 60, 75-125kW
Nominal AC voltage 280/240(60kW) 480V
AC voltage range 280/240(60kW) 480V
Max output current 90.2-150.4A
Rated grid frequency / range 60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 98.8%
CEC Efficiency 98.3%
Protection / safety features  
Integrated AC Switch/DC disconnects Yes
Rapid Shutdown Yes; see master compatibility sheet for information
Short Circuit Protection Yes
Output overcurrent protection Yes
Surge protection DC Type II/AC Type II
Grid monitoring & anti-islanding protection Yes
String-level monitoring with IV Curve Scanning Yes
Shade mitigation with multipeak scanning Yes
Integrated AFCI and PID Recovery Yes

Solis-(125-255)

The Solis three phase 125-255kW has been long deployed in the field and has high-rated DC inputs that support "Y" type connection in DC side, up to 30A per DC input. Maximum string input current rating 15A, supporting today’s bifacial modules.  Anti-PID function integrated to deter from module degradation. Site performance is easily optimized with direct MC4 connections and in-field string combining. With both a 600 and 800 V option and AFCI integrated, you can support an array of new and existing sites.

 

Solis 125-255kW 1500V DC Plus Series 125, 185, 255 kW
Input (DC)  
Max. array power 125-255kW
Max. Voltage 1500V
Voltage range 480-1500V
Minimum DC voltage / start voltage 500V
Short-circuit current 50A
MPP trackers / strings per MPP input 9/18; 12/24
Output (AC)  
Nominal output power 125-255kW
Max power 125-255kW
Nominal AC voltage 600; 800V
AC voltage range 600; 800V
Max output current 132.3, 178, 184A
Rated grid frequency / range 60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 98.6%, 98.7%, 99%
CEC Efficiency 98.3%
Protection / safety features  
DC reverse polarity protection Yes
Ground fault monitoring Yes
Short Circuit Protection Yes
Surge protection DC Type II/AC Type II
Grid monitoring & anti-islanding protection Yes
String-level monitoring with IV Curve Scanning Yes
Shade mitigation with multipeak scanning Yes
Integrated AFCI and PID Recovery Yes

Solis S6-GU350K

Solis' largest three-phase, 1500 VDC PV string inverter has 12 MPPT (250, 300 and 350) or 16 independent MPPTs (350K) options that allow for great redundancy in larger systems. Redundancy through a distributed method supports overall system uptime. With the high current rated DC inputs, systems can realize full capacity as well of their PV modules. Solis’ system supports ease of installation with MC4 connectors, while maintenance is streamlined with SolisCloud and advanced, remote monitoring. Solis’ fuse-free design supports long-term reliability, further enhancing the overall return on investment for large systems.Not many products this size have the wide array of voltage options and already integrated AFCI, making this a great , versatile solution for large-scale projects.

 

S6 250-350kW 1500V DC Series 250, 300, 350 kW
Input (DC)  
Max. array power 250-350kW
Max. Voltage 1500V
Voltage range 480-1500V
Minimum DC voltage / start voltage 500V
Short-circuit current 70A/60A
MPP trackers / strings per MPP input 12/12; 16/16
Output (AC)  
Nominal output power 250-350kW
Max power 250-350kW
Nominal AC voltage 600; 690; 800V
AC voltage range 600; 690; 800V
Max output current 240.6; 251.0; 252.6 A
Rated grid frequency / range 60Hz
Power factor > 0.99 (0.8 leading - 0.8 lagging
Total harmonic distortion <3%
Efficiency  
Max Efficiency 99%
CEC Efficiency 98.5%
Protection / safety features  
DC reverse polarity protection Yes
Ground fault monitoring Yes
Short Circuit Protection Yes
Surge protection DC Type II/AC Type II
Grid monitoring & anti-islanding protection Yes
String-level monitoring with IV Curve Scanning Yes
Shade mitigation with multipeak scanning Yes
Integrated AFCI and PID Recovery Yes
Optional Skid Solution and AC combiner systems Yes

WIFICellular Stick

Size / category: Residential and Commercial Inverter Wi-Fi / Cellular Data Logging Device

The best “combination” Wi-Fi / Cellular data logging communication device on the market.  NEMA 3R, plug-and-play connection to the Solis inverter external comm port.  Powers up and begins broadcasting with 2 minutes.  Default Wi-Fi to the local router.  However, if the router fails, within 2 minutes, the W4G “stick” finds the nearest GSM or LTE cellular tower.  No breaks in data, ever.  Physical reset button and three (3) LEDs on the front tell the installer what the device is doing.  The Solis Wi-Fi / Cellular “stick” is a data logging communication tool that can broadcast data from as many as ten (10) Solis residential or commercial PV string inverters daisy-chained with Solis cords or CAT5e cable.  The S1-W4G-ST is also a great troubleshooting tool.  Using the S1-W4G-ST, an installer can connect any Solis inverter to the nearest cell phone tower and see if the inverter is broadcasting data to the Cloud.

  • Touch-safe, plug-and-play installation with no configuration of the device
  • Easy Wi-Fi connection to the local router using the installer’s own cell phone
  • NEMA 4X, installed under the inverter for all-weather performance
  • Each Solis data logging device can broadcast data from as many as 10 inverters
  • Small, rugged and easy to carry, the Solis Wi-Fi / Cellular data logging device can be a handy trouble-shooting tool
Tigo logo green

What’s new? Tigo Energy, renowned for its module level power electronics (MLPE) that enhance PV systems with other solar inverters, is listed for the first time in the Inverter Buyer’s Guide because it now has its own inverter. This Energy Intelligence (EI) Battery and Inverter product line will benefit from native integrations of other Tigo technology and is an extension of the Tigo Enhanced commercial and industrial solar partnership program into the residential market.

TIGO EI INVERTER - US

The hybrid architecture of the EI Inverter delivers a wider operating voltage range, enabling energy production earlier in the morning and later into the evening. The EI Batteries are charged directly by DC (direct current) electricity and take advantage of the inverter’s 2:1 DC oversizing ratio to charge the batteries with additional power that would otherwise be lost. For grid-tied systems, the Tigo ATS senses grid loss and automatically switches between grid-tied solar, islanding with solar-plus-storage, or battery-only, as needed. With Tigo Flex MLPE devices, installations benefit from module-level monitoring and advanced rapid shutdown safety measures to protect solar professionals, building maintenance personnel, and first responders. Tigo is committed to serving its installers by providing in-depth training and support resources for system design, installation, and monitoring.

 

Tigo Energy EI Inverter 11.4 kW Class 3.8 kW Class 7.6 kW Class
Input (DC)      
Max. array power 22800 W 7600 W 15200 W
Max. Voltage 600 V 600 V 600 V
Voltage range 220 V~500 V 150 ~ 500 V 200 ~ 500 V
Minimum DC voltage / start voltage 400 V 400 V 400 V
Short-circuit current      
MPP trackers / strings per MPP input 4 2 3
Output (AC)      
Nominal output power 9880 W/ 11400 W 3920 W/ 3980 W 6580 W / 7600 W
Max power 11400 VA 3800 VA 7600 VA
Nominal AC voltage  208 V/240 V 208 V/240 V 208 V/240 V
AC voltage range      
Max output current 48 A 16 A 32 A
Rated grid frequency / range 50/60 Hz 50/60 Hz 50/60 Hz
Power factor >0.99 >0.99 >0.99
Total harmonic distortion <3% <3% <3%
Efficiency      
Max Efficiency 98.5% 98% 98.4%
CEC Efficiency 98.0% / 97.5% 97% / 97% 97.5% / 97%
Protection / safety features      
DC reverse polarity

DC disconnect switch

DC surge - Type II

Insulation resistance monitoring

AC surge - Type III

AC short-circuit

Ground fault monitoring

Grid monitoring Anti-islanding Residual-current monitoring unit

AFCI Protection

PVRSS rapid shutdown with TS4-A-F/2F, TS4-A-O/S

Module-level monitoring with TS4-A-O/M/S

     
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