New technique 250KW-1200KW lithium iron phosphate container bess solar battery energy storage system

Energy storage containers, abbreviated as HSEC, are a new generation of container energy storage solutions. Using containers as carriers, it is composed of battery packs, battery management systems (BMS), energy storage inverter systems, power distribution systems, temperature control (ventilation, refrigeration) systems, lighting systems, fire protection systems, monitoring systems, and grounding systems. Integrate lead-acid batteries, battery management systems, battery DC converging devices, energy storage bidirectional converters, communication monitoring and other equipment into the container unit. This standard unit has its own independent power supply system, temperature and humidity control system, insulation system, flame retardant system, fire alarm system, lightning protection system, electrical interlocking system, mechanical interlocking system, safety escape system, emergency system, etc Automatic control and safety assurance systems such as fire protection systems are used to ensure a safe and stable working environment for lead-acid batteries, and to achieve remote monitoring.
Design of energy storage container system:
1. Container structure design is a reasonable layout and structural design that meets the installation of energy storage system equipment. In the structure section, a simulation is conducted based on your different battery options, such as lithium batteries and lead-acid batteries, to ensure the safety and reliability of container transportation and equipment installation. The container project has now achieved the installation of two or three layers of stacking. At this time, we should make full use of the space advantage and reduce the floor area. For example, in the past, one space was used for one box, but now one space is used for two or three layers. Currently, there are actual cases in the market.
2. Fire protection design, safety is crucial in energy storage systems. When designing containers, we match corresponding fire protection design schemes to improve system design efficiency and reduce problems caused by cooperation between different manufacturers. At present, the most commonly circulated system in the market is the grid connected system. All participants in energy storage actively seek a more optimized solution, which is the analysis diagram of the container and the grid connected diagram. Currently, we have collected such a solution.
3. Thermal management system, this is a HVAC design solution that matches the corresponding thermal management design scheme based on different equipment cooling requirements and usage environments of customers, and conducts thermal simulation simulation to make the thermal management system design more reasonable and operate more effectively. At this time, many safety hazards have been reduced.
4 container electrical design, completed at our container factory according to our customer's needs, includes supporting electrical designs such as container technology lighting, emergency lighting, HVAC, video surveillance, access control, water immersion, etc. The DC and AC cable routing design inside the container is more beautiful and safe.
Scope of use of energy storage containers:
1. Grid frequency regulation
2. Distributed power generation
3. Mobile emergency power supply
4 Smart microgrids
5 Large load centers (factories, commercial centers)
6. Special electric field combination (hospitals, large databases)
7. Renewable energy access, etc