ESS is used in power plants, power transmission and distribution facilities, households, factories, enterprises, etc. Recently, ESS has been connected to new renewable energy sources, which not only effectively improves the efficiency of new renewable energy sources and reduces electricity costs, but also serves as backup power to minimize power outage losses.
For example, solar panels and uninterruptible power supply (UPS) devices installed on residential roofs can serve as energy storage systems to store remaining electricity, which can be used during periods of high electricity demand or high electricity bills. This not only minimizes power outage losses to the maximum extent, but also saves electricity costs. In addition, ESS can also store and manage irregular and intermittent electricity from solar, wind, hydro and other power plants, improving the efficiency of using new renewable energy.
Household energy storage system
Connect residential solar panels, store the electricity from the solar panels during the day, and take it out for use at night.
Household ESS can effectively reduce electricity costs and also cope with power outages. It is the best solution for alternative energy sources.
When equipped with ESS, it can be connected to a solar panel system, which not only ensures its own electricity and effectively improves the self-sufficiency rate of household energy, but also plays a role in saving electricity bills.
LG New Energy launches the brand "RESU" home energy storage system, providing optimized products for household use.
Grid ESS is applied in thermal power plants, solar/wind power plants, substations, etc., with functions such as reducing power load, connecting new renewable energy generation, and adjusting frequency. Commercial ESS is installed in commercial buildings such as offices, schools, and factories to reduce power loads and connect new renewable energy generation.
