Under the DUAL CARBON policy background, energy storage will drives thousands of industries to transfer to clean energy. As a forerunner, FR provide quality BESS products and excellent services to help customers with this energy transformation.

Energy storage system is widely used in power generation, transmission, distribution, power consumption and other aspects of the power system; and it can be integrated into micro grid system.

Grid Side

Installing BESS in Grid side will balance and smooth power among different power sources, improve stability of electricity devices, to ensure grid safety.

Improving the application efficiency of power Grid construction: Improve the economic level of existing transmission and distribution grids, provide power quality assurance for power distribution networks, and solve or alleviate the power supply problems in some remote areas.

Improve the ability to respond to system failures: In the event of a Grid failure, it can respond to emergency issues at a millisecond speed, greatly improving the safety and reliability of operation the power Grid. In the event of an accident, it can be used for backup power and black-out start.

Improve the absorption capacity of clean energy: New energy sources such as wind, PV and tide, due to their own characteristics, will get significant periodic fluctuations during power generation. Utilizing BESS can store peak electricity and then output during low periods, timely absorb large-scale clean energy, and alleviate the peak shaving pressure on the power Grid.

Reduce Grid losses: When transmission power on Grid, by adjusting the transmission power curve, BESS can ensure the transmission power, reduce power fluctuations in the grid, reduce losses of related facilities and equipment such as power cables and transformers, and improve the economic level of Grid operation.

Peak shaving and valley filling: Reasonably and systematically arrange the power consumption time based on their electricity consumption patterns. To reduce load peaks and valleys and to achieve a balance between power generation and consumption.

Peak shaving and frequency regulation: With a speed of milliseconds, it can quickly respond to the needs of the power Grid, and can accurately control the charging and discharging process in real time. At the same time, it can achieve capacity regulation at a very economical cost. It can be combined with coal power, pumped storage, and other methods to effectively improve the peak shaving and frequency regulation capacity of large power Grids.

Power Generation Side

For the traditional power generation, the main significance of installing BESS on the power generation side is to assist in dynamic operation, replace or delay the construction of new Gensets; For new energy power plants, the significance is improving the characteristics of new energy power sources, smoothing fluctuations in new energy generation power, reducing wind and PV waste, tracking planned power output, improving power quality, and improving the safe and stable operation level of Grid.

Provide energy storage project construction planning and operation strategies.

Reduce wind and PV waste and improve economic benefits .

Improve the stability and predictability of clear energy connected Grid.

Improve the programmability of Grid power distribution.

Consumer Side

As the load of industrial and commercial users continues to increase and the peak valley load difference continues to expand, the requirements for power supply quality and stability are becoming higher and higher. Due to the fact that the distribution capacity transformation of industrial and commercial entities is often constrained by the superior distribution capacity, it is difficult to expand, and the investment in power expansion is huge, the cycle is long, and the comprehensive benefits are low. Customized solutions tailored to specific scenarios are proposed for various types of electricity and energy conservation needs, which can solve problems such as insufficient distribution capacity, large peak valley differences in electricity consumption, and deteriorating power quality.

Peak shaving and valley filling: Reasonably and systematically arrange the power consumption time based on their electricity consumption patterns. To reduce load peaks and valleys and to achieve a balance between power generation and consumption;

Emergency power supply: When power outage occurs for some reason, BESS can serves as an emergency power supply to reduce losses caused by the power outage;

Dynamic expansion: When users need to increase their electricity load and the original distribution capacity is insufficient, dynamic expansion can be achieved by adding a BESS;

Demand control: BESS discharges during peak load to achieve the goal of controlling demand.

Micro Grid

Micro-grid is a flexible and compatible system architecture that creates a digital, decentralized, and complementary energy structure through combining multi energy source. BESS can provide functions such as peak shaving, valley filling, and power support for factories, industry parks, communities, etc., as well as solve the problem of power instability for areas with no or weak power grid such as islands and Gobi area.

Economic advantages: nearby power supply, reduced losses, and improved energy utilization rate .

Environmental advantages: reducing carbon emissions and reducing environmental pressure .

Energy advantages: flexible installation, diversified energy source selection, and alleviating the energy crisis .

Safety advantages: improve power supply reliability and quality, reduce dependence on the public Grid network.

Scenario advantages : BESS can be applied to remote areas and offshore islands, and can provide UPS function for important loads.