Innovate For Greener On-Site Energy

Hibrīda enerģijas uzglabāšanas sistēma

Energy Solution for Construction Sites and Off-Grid Scenarios

In this scenario, the energy storage system operates in parallel with the generator,

forming a hybrid diesel-storage system. It is primarily used in three support modes: capacity enhancement,

climbing assistance, and pulse support, where the energy storage supplements the generator's power.

Hibrīda enerģijas uzglabāšanas sistēma

Solution for Remote Areas, Business Parks, Emergency Power Support, and Green Energy Sites.

The Hybrid Diesel-Storage Microgrid System integrates photovoltaic, energy storage, and generator sets to provide users with stable, efficient, and green energy solutions. The photovoltaic system serves as the primary power source, energy storage ensures bus voltage stability and provides nighttime power, while the generator acts as a backup power supply to ensure uninterrupted electricity. This system is ideal for remote areas, business parks, emergency power support, and green energy sites, offering environmental benefits, high reliability, flexibility, and cost-effectiveness, making it the perfect energy independence solution

Hibrīda enerģijas uzglabāšanas sistēma

An efficient and reliable energy solution composed of energy storage,

wind power, photovoltaic, and generator systems operating in parallel.

The Island Microgrid System integrates energy storage, wind power, photovoltaic, and generator sets to deliver efficient and reliable energy solutions. Photovoltaic and wind power serve as the main energy sources, harnessing natural energy to reduce dependence on external grids; the energy storage system maintains bus voltage stability and provides nighttime power support; the generator acts as a backup power source to ensure continuous power supply. This system is ideal for remote areas, off-grid regions, business parks, and emergency power needs, and is widely applied in green energy sites, helping achieve energy independence, reduce electricity costs, and enhance system reliability and flexibility.