15KW Solar Energy System

The implementation of a solar energy storage system requires consideration of factors such as location, climate conditions, and power demand. When choosing the right storage equipment, factors such as capacity, efficiency, lifespan, safety, and cost need to be taken into account.

 

The working process of solar energy storage system is as follows: solar panels absorb sunlight and convert it into direct current, and inverters convert direct current into alternating current for power use. If a home or commercial facility is using less electricity than the solar panels produce, the excess is stored in a battery energy storage system. The battery storage system releases stored electricity when needed to supply electricity demand.

 

The performance of solar energy storage systems can be affected by weather and light conditions. In cloudy or low-light conditions, the amount of power produced by solar panels may suffer, and the battery may take longer to recharge.

 

15KW Solar energy storage systems are expensive compared to traditional forms of electricity generation. The cost of such systems is gradually falling, though, as technology improves and demand for renewable energy increases.

 

Before installing a solar energy storage system, users need to carefully evaluate their power needs, budget and other factors to ensure that the optimal solution is chosen. At the same time, users need to consider the cost and time required to maintain and maintain the solar energy storage system.

 

Although solar energy storage systems have a low environmental impact, they also require resources and energy to install and maintain. We therefore need to seek sustainable solutions that provide a reliable source of energy while protecting the environment.

 

In general, 15kw solar energy storage system is a promising technology that will become one of the main sources of sustainable energy in the future. If you are considering using a solar energy storage system, it is recommended that you carefully assess your needs and budget to choose the solution that is best for you.

 

 

Battery
Battery type: 12V150Ah Lead-acid gel battery

Battery qty (system): 12

 

Solar energy controller
Modulation type: MPPT

Communications: RS485

Current: 100A

Qty: 1

 

Solar panel
Type: Monocrystalline silicon

Power: 330W

Voltage: 37.8V

Current: 8.74A

Dimension: 1960*992*35mm

Weight: 20KG

Qty: 12

System group string: 2S2P

Total power: 3960W

 

Solar panel bracket
C-steel models: 42*62*2.0mm(Configure quantity

according to engineer's technical design)

Middle pressing block: 20 Piece

Side pressing block: 8 Piece

Terminal blocks MC4: 6 Pairs

PV Cable: PVI-F 4² Red 40m Black 40m

Qty of system matches: If the customer installation situation is different,

the quantity will change. The system doesn't include cement base

 

Inverter
Output voltage: AC 200V

Rated power: 6000W

Peak power: 12000W

Frequency: 50Hz

Output waveform: Pure sine wave

Load rate: 100% in the short term and 80% in the long term

Protection: Short circuit protection, over-load protection, over-voltage, over-current, under-voltage, temperature protection, etc

Qty: 1

Charging Mode: Photovoltaic charging, 220V AC/diesel generator (Optional)

Operating temperature: 5℃~45℃

 

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