Newsroom
As global energy demand continues to grow, traditional centralized energy systems can no longer meet people's energy needs. As a new type of energy storage system, distributed energy storage system is gradually becoming an important part of the future energy system. It can not only improve energy utilization efficiency, but also cope with problems such as grid fluctuations, bringing more possibilities to households, commercial and industrial power systems, microgrids and other fields.
With the continuous development of solar energy technology, more and more households are beginning to install photovoltaic power generation systems. However, due to the instability of solar power generation, the photovoltaic power generation system will generate excess power on sunny days, and will experience a power shortage on rainy days. Pytes, as a manufacturer of distributed energy storage systems, our distributed energy storage system can solve this problem and store excess electrical energy for emergencies. At the same time, distributed energy storage systems can also improve the self-sufficiency rate of home photovoltaic power generation systems and reduce dependence on the power grid.
Commercial and industrial power systems have huge energy demands and often require concentrated use of large amounts of power during peak periods. Traditional centralized energy systems are often unable to meet this demand, while distributed energy storage systems can store excess power and release it during peak periods to meet the needs of commercial and industrial power systems. In addition, distributed energy storage systems can also improve the energy utilization efficiency of commercial and industrial power systems, reduce energy costs, and improve the competitiveness of enterprises.
A microgrid is a small, autonomous energy system that can operate independently without relying on traditional centralized energy systems. Distributed energy storage system is an important part of microgrid, which can store excess electric energy to prepare for emergencies. The distributed energy storage system can also balance the energy supply and demand within the microgrid and improve the energy utilization efficiency and stability of the microgrid.
Distributed energy storage system can improve energy utilization efficiency and reduce energy waste. In traditional centralized energy systems, electric energy needs to be transported to various power consumption points over long distances, and energy losses occur during the transmission process. The distributed energy storage system can store electrical energy near the point of consumption, reducing energy loss during power transmission.
Grid fluctuations are an important problem faced by traditional centralized energy systems. When the power grid load is too large or too small, power grid fluctuations will occur, leading to grid instability or even collapse. Distributed energy storage systems can balance the energy supply and demand of the grid by storing excess electrical energy and releasing it when the grid load is too large or too low.
