Solar System

Product Description

Solar Panel: 2000W
Inverter: 3KW, DC48V sine wave
Lead Acid Storage battery free maintenance: 48V 500AH
Control system: 48V 40A
This's system can provide electricity: 6KWH/1Day at maximum, can keep work continuously in 2 to 3 rainy and cloudy days.

Solar Panel: 3000W
Inverter: 3KW, DC48V sine wave
Lead Acid Storage battery free maintenance: 48V 700AH
Control system: 48V 50A
This's system can provide electricity: 8.5KWH/1Day at maximum, can keep work continuously in 2 to 3 rainy and cloudy days.

Solar Panel: 5000W
Inverter: 5KW, DC48V sine wave
Lead Acid Storage battery free maintenance: 48V 1000AH
Control system: 48V 90A
This's system can provide electricity: 15KWH/1Day at maximum, can keep work continuously in 2 to 3 rainy and cloudy days.

Solar Panel: 1000W
Inverter: 1.5KW, DC24V sine wave
Lead Acid Storage battery free maintenance: 24V 400AH
Control system: 24V 30A
This's system can provide electricity: 3KWH/1Day at maximum, can keep work continuously in 2 to 3 rainy and cloudy days.

Solar Panel: 1000W
Inverter: 1.5KW, DC24V sine wave
Lead Acid Storage battery free maintenance: 24V 400AH
Control system: 24V 30A
This's system can provide electricity: 3KWH/1Day at maximum, can keep work continuously in 2 to 3 rainy and cloudy days.

Item No: XHL-PV-001
Solar Panel: 1000
Inverter: 1000W (Grid-tie sine wave)

Solar Panel: 2000
Inverter: 2KW(Grid-tie sine wave)

Solar Panel: 3000
Inverter: 3KW(Grid-tie sine wave)
Shenzhen Xinhonglian Solar-Energy Co., Ltd manufactures solar complete systems 1W to 10000W for house. A set of basic solar complete system is made of solar panels, controllers, inverters and storage batteries.

The function of solar panels is to change the radiation of sunlight into the direct current, to be used by load or store in the storage batteries for later using. Normally, connect solar panels into solar panels phalanx according to the request of customers and together with suitable metal brackets and junction boxes.

The function and complicated performance of controllers is different according to different systems, and it's determined by the request and importance of system. The controller is buildup by electronic devices and components, instrument, relay, and switch etc. The basic function of charge controller is supplying the best charging current and voltage for storage batteries, and charging the batteries in fast speed, stable and in high efficiency. At the same time to reduce the wastage, and prolong the life-span of batteries, to protect the battery from over charging and discharging. The charge controller can supply the DC by storage for the load.

The function of inverter is to change the low voltage and DC which produced by solar phalanx and stored in batter into 220V voltage and AC, to be used by the load.

Storage batteries are used to store the DC for load. In solar PV system, the batteries are in charging and discharging situation. At day, the solar panels phalanx supplies electricity for load also charges for batteries. At night, the storage batteries will supply electricity for loads. So, it has a request of batteries to be lower self-discharge and high efficiency of charging; But at the same time should consider about the price and the way of usage etc. The most are used battery is Pb-acid batteries, and silica gel batteries

List several specifications here:
Solar Panel: 4000
Inverter: 3KW(Grid-tie sine wave)

Solar Panel: 50KW
Inverter: 50KW(Grid-tie sine wave)verter: 50KW(Grid-tie sine wave)

Solar Panel: 100KW
Inverter: 100KW(Grid-tie sine wave)

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