News

Imagine your Christmas tree no longer needs to consume a lot of electricity to light up those bright lights. Energy storage technology, especially home energy storage systems, can make your Christmas tree lights more environmentally friendly and energy efficient. Energy collected through solar panels is stored during the day, and at night, it can light up your Christmas tree, making this holiday season greener and more sustainable.

Solar Power: Solar panels are the “wizards” of the system, capturing sunlight and converting it into direct current (DC). Power Conversion: The inverter is the “translator” of the system, converting DC power into alternating current (AC) so that appliances in the home can be used directly. Power Storage: The storage battery is the “treasure chest” of the system. Excess power is stored during the day and released at night or on cloudy days to ensure that your home is constantly powered.

According to the technical solution of 100KWH energy storage system released by BSLBATT, the system mainly consists of energy storage converter PCS and lithium iron phosphate battery pack. Among them, the PCS is a 50kW off-grid bidirectional energy storage converter, which is connected to the grid through a 0.4KV AC bus to realize the bidirectional flow of energy. The battery pack consists of 10 51.2V 205Ah batteries connected in series, with a total voltage of 512V and a capacity of 205Ah. This configuration not only provides sufficient energy storage capacity, but also ensures the stability and safety of the system.

1. High energy density: the energy density of lead to lithium batteries is much higher than that of lead-acid batteries, which means that lithium batteries are able to store more electricity under the same volume or weight. 2. Long life: the cycle life of lead-converted lithium batteries is much longer, usually up to 1200-2000 times, while the cycle life of lead-acid batteries is only 500-900 times. 3. 3. Lightweight: The small size and light weight of lead-converted lithium batteries make them suitable for use in mobile equipment and electric vehicles, which reduces the burden on the equipment and improves the convenience of carrying. 4. High charging and discharging efficiency: lead to lithium batteries in the charging and discharging process of the energy loss is smaller, can be more effective use of electric energy.

Energy storage, simply put, is the process of storing excess energy until it is needed and then taking it out and using it. It's like keeping food in the refrigerator and taking it out to eat when we're hungry.

Increased policy support: governments have introduced policies to encourage the development of energy storage. For example, China issued the ‘on accelerating the development of new energy storage guidance’, a clear development of new energy storage in the coming period of time the objectives and tasks and key work. Strong market demand: With the rapid growth of new energy generation, the demand for energy storage is becoming increasingly urgent. The role of energy storage system in the power system is becoming more and more prominent, not only to improve the stability of the power system, but also to promote new energy consumption.