![]() |
![]() |
15KW Electricity solar equipment with one inverter design |
15kw Electricity solar equipment with three inverter design |
TANFON Configuration 48 pieces solar panels 1piece 15KW / 192V IGBT inverter 32 pieces Rechargeable batteries |
Other Configuration 48 pieces solar panels 3piece 5KW/48V inverter 40 pieces Rechargeable batteries |
TANFON Electricity solar equipment connect: DC voltage 192V. Solar panel connection: 8pcs pieces in series, 6pcs strings in parallel Battery connection: 16pcs series, 2 string in parallel |
TANFON Electricity solar equipment connect: DC voltage 48V Solar panel connection mode, 2 pieces in series, 24 strings in parallel Battery connection:4pcs in series, 10 strings in parallel |
Solar Inverter material: IGBT, stronger, can carry all inductive loads have transformer,Low frequency inverter is more strong take all inductive load. |
Solar Inverter material: MOS tube, conventional material without transformer ,high frequency
|
analysis: The DC voltage is large, so the current is small and more stable 2pcs batteries in parallel, high system consistency More stable with large loads |
analysis: The DC voltage is small, so the current is large and unstable 10pcs batteries in parallel, the factory requires no more than 4 batteries in parallel Because three 5KW inverters are connected in parallel, it is not safe for large loads exceeding 5KW. |
15KW / 192V Electricity solar equipment application: suitable for general household, commercial, farm, industrial |
15KW / 192V Electricity solar equipment application: Suitable for specific places, the battery pack must be used in 48V places |
normal the Electricity solar equipment system DC voltage is :
300W-1.5KW solar energy---24V
2KW-3KW solar energy---48V
5KW-10KW solar energy---96V
15KW-20KW solar energy--192V
30KW-300KW solar energy--360V
if you still have any question about design the system ,feel free to contact TANFON sales online!
The King of the Democratic Republic of the Congo has provided a solar energy storage power station system for the village of Bunkeya to meet the electricity needs of 2500 small households in the village. As the village currently lacks access to the grid, the King requested the design of a 1MW solar panel system paired with a 1.8MWh lithium battery storage system to power the entire village.