Commercial Storage Solar PV System 50kWh 100kWh 500kWh 1000kWh 2MWh

Combining solar PV systems with battery storage for commercial use is an attractive way to maximize the value of commercial solar PV generation, helping to become more sustainable and supporting the transition to a more sustainable grid Transition.

Battery storage can store excess generated solar energy, which opens up new opportunities to utilize existing infrastructure like their roof, ground space, or parking lot to cut energy bill and even make revenue in energy markets.

Hybrid inverter,  DC-coupled,  AC-coupled Solar Energy Storage

There are three primary setups for solar plus battery storage installations; Hybrid inverter,  or DC-coupled systems , or AC-coupled systems.

Hybrid inverters are the latest technology and the easiest to make solar energy storage systems. A hybrid inverter is an integrator of an inverter and a charger.

DC-coupled storage systems are the setup for new solar panel systems. In this type of install, a charge controller regulates the DC power from the solar panels to prevent the batteries from overcharging.

AC-coupled systems are common for existing solar installations. One of the reasons for this is that the existing connection from the solar panels to the inverter does not need to be rewired.

Advantages of Lithium-Ion Over Lead Acid Batteries

Compact and light-weighted.

With 4 times the energy density compared to lead acid.

The service life is about 3 times longer.

Require no maintenance.

Require much less space due to higher energy density.

Much more reliable.

Easy to scalable.

Reference to the system 50kWh 100kWh 150kWh

Normally hybrid solar system consists of

1 Solar panels

2 Mouting structure for solar panel

3 PV combiner box

4 Hybrid storage inverter

5 Battery

Reference to the system 200kWh 500kWh 1000kWh 2MWh

Normally hybrid solar system consists of

1 Solar panels

2 Mouting structure for solar panel

3 Charger

4 PCS

5 Battery