Availability: | |
---|---|
Quantity: | |
BWS206LFP
Brightway Solar
A 206KWh outdoor cabinet BESS, compatible with BYD's vehicle grade LiFePO4 battery module and integrated with BYD's original BMS, offers HVAC/FSS as an optional feature and allows for parallel usage. This compact and flexible BESS, designed by Brightway Solar, caters specifically to the requirements of small commercial and industrial loads. The IP54 rated cabinet ensures waterproof, dustproof, and corrosion-resistant protection for outdoor electricity storage.
Technical Specifications
Model | BWS206LFP |
Performance | |
Battery type | Lithium-iron phosphate (LiFePO4) |
Nominal battery energy(KWH) | 206KWH |
Nominal capacity(AH) | 310AH |
Nominal voltage(V) | 665.6V |
Operating voltage Range(V) | 561.6V~790.4V |
Module number | 26 |
Standard charging current(A) | Rated current 102A |
Max. constant charging current(A) | 155A |
Standard discharging current(A) | Rated current 102A |
Max. constant discharging current(A) | 310A |
Cell technology | BYD vehicle grade Lithium-iron phosphate (LiFePO4) |
Depth of discharge(DOD) | 80% |
Design life | >5000 times @80%DOD |
Warranty | 5 years |
Warranty Document Supplied | Yes |
Compatible hybrid inverters | 100/150KW C&I Energy storage inverters |
Protection function | |
Protection | Over-temperature,over charge,under-voltage,over-current,short circuit alarm Function |
Communication | |
Communication | CAN/RS485 |
General Specification | |
Dimension(L*W*H)(MM) | 1950*1000*2180 |
Weight(KG) | customization |
Cabinet color | white |
Fire extinguishing system | support |
Air conditioner system | support |
Shipping status | SOC:30%~40% |
Charging temperature | 0~+50C |
Discharging temperature | -20~+55C |
Short term storage ambient temperature | -10~+45C(<3months,SOC:20%~60%SOC) |
Long term storage ambient temperature | -10~+35C(1year,SOC:30%~60%SOC) |
Max. operating altitude | 4,000m(Deratingabove2,000m) |
Protection degree | IP54 |
Relative humidity | 5%-95% |
Battery cooling way | Air conditioning cooling |
Certification | TUV/CE/IEC/UN38.3/UL1973 |
A 206KWh outdoor cabinet BESS, compatible with BYD's vehicle grade LiFePO4 battery module and integrated with BYD's original BMS, offers HVAC/FSS as an optional feature and allows for parallel usage. This compact and flexible BESS, designed by Brightway Solar, caters specifically to the requirements of small commercial and industrial loads. The IP54 rated cabinet ensures waterproof, dustproof, and corrosion-resistant protection for outdoor electricity storage.
Technical Specifications
Model | BWS206LFP |
Performance | |
Battery type | Lithium-iron phosphate (LiFePO4) |
Nominal battery energy(KWH) | 206KWH |
Nominal capacity(AH) | 310AH |
Nominal voltage(V) | 665.6V |
Operating voltage Range(V) | 561.6V~790.4V |
Module number | 26 |
Standard charging current(A) | Rated current 102A |
Max. constant charging current(A) | 155A |
Standard discharging current(A) | Rated current 102A |
Max. constant discharging current(A) | 310A |
Cell technology | BYD vehicle grade Lithium-iron phosphate (LiFePO4) |
Depth of discharge(DOD) | 80% |
Design life | >5000 times @80%DOD |
Warranty | 5 years |
Warranty Document Supplied | Yes |
Compatible hybrid inverters | 100/150KW C&I Energy storage inverters |
Protection function | |
Protection | Over-temperature,over charge,under-voltage,over-current,short circuit alarm Function |
Communication | |
Communication | CAN/RS485 |
General Specification | |
Dimension(L*W*H)(MM) | 1950*1000*2180 |
Weight(KG) | customization |
Cabinet color | white |
Fire extinguishing system | support |
Air conditioner system | support |
Shipping status | SOC:30%~40% |
Charging temperature | 0~+50C |
Discharging temperature | -20~+55C |
Short term storage ambient temperature | -10~+45C(<3months,SOC:20%~60%SOC) |
Long term storage ambient temperature | -10~+35C(1year,SOC:30%~60%SOC) |
Max. operating altitude | 4,000m(Deratingabove2,000m) |
Protection degree | IP54 |
Relative humidity | 5%-95% |
Battery cooling way | Air conditioning cooling |
Certification | TUV/CE/IEC/UN38.3/UL1973 |