| Shenzhen Growatt New Energy Co., Ltd. |
WIT-M+APX ESS [100kW, 186.3kWh] |
100 kW, 186.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
186.3 |
100 |
480 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-M+APX ESS [100kW, 172.0kWh] |
100 kW, 172 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
172 |
100 |
480 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-M+APX ESS [100kW, 157.6kWh] |
100 kW, 157.6 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
157.6 |
100 |
480 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-M+APX ESS [100kW, 143.3kWh] |
100 kW, 143.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
143.3 |
100 |
480 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-M+APX ESS [100kW, 129.0kWh] |
100 kW, 129 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
129 |
100 |
480 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [55kW, 86.0kWh] |
55 kW, 86 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
86 |
55 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [55kW, 114.6kWh] |
55 kW, 114.6 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
114.6 |
55 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [55kW, 100.3kWh] |
55 kW, 100.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
100.3 |
55 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [40kW, 86.0kWh] |
40 kW, 86 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
86 |
40 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [40kW, 114.6kWh] |
40 kW, 114.6 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
114.6 |
40 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [40kW, 100.3kWh] |
40 kW, 100.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
100.3 |
40 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [35kW, 86.0kWh] |
35 kW, 86 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
86 |
35 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [35kW, 114.6kWh] |
35 kW, 114.6 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
114.6 |
35 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [35kW, 100.3kWh] |
35 kW, 100.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
100.3 |
35 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [28kW, 86.0kWh] |
28 kW, 86 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
86 |
28 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [28kW, 114.6kWh] |
28 kW, 114.6 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
114.6 |
28 |
208 |
N |
| Shenzhen Growatt New Energy Co., Ltd. |
WIT-L2+APX ESS [28kW, 100.3kWh] |
28 kW, 100.3 kWh, energy storage system. Only capable of receiving DC input from PV module system if equipped with a hybrid inverter component |
N |
100.3 |
28 |
208 |
N |
| Star Charge Americas Corp. |
VL10vBOX20vBOX20M01 {240V} |
9.6 kW, 41.4 kWh, energy storage system |
Y |
41.4 |
9.6 |
240 |
N |
| Star Charge Americas Corp. |
VL10vBOX20vBOX20M01 {208V} |
8.3 kW, 41.4 kWh, energy storage system |
Y |
41.4 |
8.3 |
208 |
N |
| Star Charge Americas Corp. |
VL10vBOX20M01 {240V} |
9.6 kW, 20.7 kWh, energy storage system |
Y |
20.7 |
9.6 |
240 |
N |
| Star Charge Americas Corp. |
VL10vBOX20M01 {208V} |
8.3 kW, 20.7 kWh, energy storage system |
Y |
20.7 |
8.3 |
208 |
N |
| Star Charge Americas Corp. |
VL10vBOX17vBOX20M01 {240V} |
9.6 kW, 37.9 kWh, energy storage system |
Y |
37.9 |
9.6 |
240 |
N |
| Star Charge Americas Corp. |
VL10vBOX17vBOX20M01 {208V} |
8.3 kW, 37.9 kWh, energy storage system |
Y |
37.9 |
8.3 |
208 |
N |
| Star Charge Americas Corp. |
VL10vBOX17vBOX17M01 {240V} |
9.6 kW, 34.5 kWh, energy storage system |
Y |
34.5 |
9.6 |
240 |
N |
| Star Charge Americas Corp. |
VL10vBOX17vBOX17M01 {208V} |
8.3 kW, 34.5 kWh, energy storage system |
Y |
34.5 |
8.3 |
208 |
N |