Greensun Solar Energy Tech Co., Limited
Greensun presents photovoltaic module and battery production together with the design and supply of solar energy systems.
View profileIndustry collection
Energy & Environment
Energy equipment, renewable energy products, water treatment and environmental protection solutions.
Companies
Benenv Group
Benenv develops and manufactures equipment for sludge dewatering, drying and carbonization, alongside related waste-treatment systems and engineering support.
View profileJiangsu BOE Environmental Protection Technology Co., Ltd.
BOEEP develops and manufactures screw-press dehydrators and wastewater-treatment equipment, with installation guidance and technical support.
View profileShenzhen Keenchen Environmental Technology Co., Ltd.
KEENCHEN manufactures RO, NF and UF membrane elements for residential, commercial and industrial water-treatment applications.
View profileHID Membrane Co., Ltd.
HID manufactures reverse-osmosis membranes and composite-polyamide membrane flat sheet for residential, commercial and industrial water treatment.
View profileHinada Water Treatment Tech Co., Ltd.
Hinada manufactures water-treatment membranes and equipment, including UF and MBR modules, packaged wastewater plants and dissolved-air flotation systems.
View profileProducts
Jinko 66QL6-BDV 670 W photovoltaic module
Company: Jinko Solar Co., Ltd.
JKM650-670N-66QL6-BDV 670 W variant. Photovoltaic generation using an n-type TOPCon bifacial module. Maximum power Pmax: 670 Wp; Maximum-power voltage Vmp: 42.92 V.
View productRisen RSM132-8-740-760BHDG — 740 W
Company: Risen Energy Co., Ltd.
RSM132-8-740-760BHDG 740 W variant. Photovoltaic generation using a n-type HJT bifacial module. Rated maximum power Pmax: 740 Wp; Open-circuit voltage Voc: 50.47 V.
View productRisen RSM132-8-740-760BHDG — 745 W
Company: Risen Energy Co., Ltd.
RSM132-8-740-760BHDG 745 W variant. Photovoltaic generation using a n-type HJT bifacial module. Rated maximum power Pmax: 745 Wp; Open-circuit voltage Voc: 50.54 V.
View productRisen RSM132-8-740-760BHDG — 750 W
Company: Risen Energy Co., Ltd.
RSM132-8-740-760BHDG 750 W variant. Photovoltaic generation using a n-type HJT bifacial module. Rated maximum power Pmax: 750 Wp; Open-circuit voltage Voc: 50.60 V.
View productSOFAR 3.3KTLX-G3 photovoltaic inverter
Company: SOFAR
SOFAR 3.3KTLX-G3. Three-phase grid-connected conversion of photovoltaic electricity. Rated output power: 3000 W; Maximum apparent power: 3300 VA.
View productSOFAR 6.6KTLX-G3 photovoltaic inverter
Company: SOFAR
SOFAR 6.6KTLX-G3. Three-phase grid-connected conversion of photovoltaic electricity. Rated output power: 6000 W; Maximum apparent power: 6600 VA.
View productGuides
ALLPOWERS R600 and SP027: solar input, cable and compatibility
Can one SP027 charge the R600? Compare the exact UK-model input, panel voltage and current, required cable and version limits.
Read guideALLPOWERS R1500 LITE and SP033: one-panel compatibility
A model-specific comparison of the R1500 LITE input and 18 V SP033 panel, without transferring limits from the original R1500.
Read guideFOSSiBOT F800 and SP200: why 200W is not enough to confirm compatibility
The panel voltage fits, but SP200 current exceeds the F800 manual input rating. This guide records the unresolved current-handling question.
Read guideFOSSiBOT F2400 and SP200: Anderson input and solar compatibility
The original F2400 uses an Anderson solar input. Compare its official manual with the SP200 data and avoid confusing the XT60 output with an input.
Read guideOUKITEL P1201 and PV200: solar input and panel-version checks
P1201 has a different solar voltage ceiling from P2001 Plus. Compare one PV200, the XT60 connection and conflicting published Isc values.
Read guideOUKITEL P2001 Plus and PV200: what the official kit supports
A sourced comparison for the P2001 Plus, with the manual model label, PV200 current discrepancy and connection conditions kept visible.
Read guideKey information to compare
Use these questions to prepare an enquiry. They do not describe every company in this collection.
- Design duty
- Describe electrical loads or the water/process conditions before selecting a system.
- Ratings and conditions
- Distinguish continuous and peak power, nominal and usable capacity, and test flux from operating design flux.
- System boundary
- Identify the selected module, balance-of-system components and required commissioning documentation.