What is a light storage charging system?

What is a light storage charging system?

With the increasingly severe global energy crisis, China, as a major energy consuming country, must meet its electricity demand in a clean and green way, promote multi energy complementarity, and achieve comprehensive and efficient energy utilization and reliable power supply, which is an inevitable requirement for China's energy transformation. The emergence of photovoltaic storage and charging systems has become a timely solution to alleviate the energy crisis. In the 13th Five Year Plan, energy storage technology has been included in the national climate change response plan. In terms of key low-carbon technologies, including solar energy, wind power generation, large-scale renewable energy storage, and grid connected technologies, the implementation of energy storage policies has greatly promoted the rapid development of the photovoltaic storage and charging system market.

1、 Solution
The intelligent photovoltaic energy storage and charging system developed by Zhuri Electric consists of photovoltaic power generation, energy storage, energy management and other units. This system can achieve a "trinity" of power generation, charging and discharging, and energy storage. Photovoltaic generator sets can meet the electricity and charging needs of the load, connect excess electricity to the public grid, and achieve dual benefits of photovoltaic power generation and charging operation; And during peak electricity consumption, the company releases electricity to earn the difference between peak and valley electricity and average electricity prices, and can reduce the company's peak electricity consumption through peak shaving control, thereby lowering the company's basic electricity bill.

The system supports communication interfaces such as 3G, 4G, and Ethernet, and can log in to the "Chasing Sun Cloud" management platform through a mobile app or computer to achieve intelligent operation and maintenance, centralized management, and remote monitoring.

2、 Application scenarios
Industrial and commercial enterprises and centers with insufficient power supply or unstable power grid

Traffic intensive stations, docks, airports, and outdoor temporary large cargo centers

Nuclear power, wind power, and other power generation facilities that require nighttime energy storage for daytime use

Multi energy complementary energy sources with fluctuating power generation quality, such as solar and wind energy

Areas where the development of small-scale thermal peak shaving power stations or other high pollution power stations is restricted due to environmental issues

Islands and remote mountainous areas far from the mainland

Government agencies, research parks, and confidentiality departments that require uninterrupted power supply

Power plants that require a 'black start' function

3、 System advantages
Peak shifting and valley filling, balancing load, achieving demand response

Off grid operation mode ensures reliable power supply for critical loads

Can be used as a backup emergency power source to meet the electricity needs of remote or power deficient areas

Improve power quality and enhance connectivity with the power grid for interaction

Suppress demand, delay the growth of distribution network capacity demand, and optimize energy management

Better absorption and balance of high volatility distributed generation

4、 Outstanding performance
Intelligent energy management and power monitoring

Modular design, flexible expansion

Island operation and grid connected non grid connected mode

Integrated reverse power protection function to ensure safe use of electricity in the power grid