Product overview
Energy storage container, referred to as HSEC, is a new generation of container energy storage solution. Taking the container as the carrier, it consists of battery pack, battery management system (BMS), energy storage inverter system, power distribution system, temperature control (ventilation, refrigeration) system, lighting system, fire protection system, monitoring system and grounding system. Lead-acid battery, battery management system, battery DC confluence equipment, energy storage bidirectional converter, communication monitoring and other equipment are organically integrated into the container unit. The standard unit has its own independent automatic control and safety guarantee systems such as power supply system, temperature and humidity control system, heat insulation system, flame retardant system, fire alarm system, lightning protection system, electrical interlocking system, mechanical interlocking system, safety escape system, emergency system, fire fighting system, etc., so as to ensure the safe and stable working environment of lead-acid battery.
Overview of energy storage container system design
1.Container structural design is a reasonable layout and structural design, which meets the requirements of energy storage system equipment installation. Make a simulation in this structure according to your different battery options, such as lithium battery and lead-acid battery, to ensure the safety and reliability of container transportation and equipment installation. At present, the container project has probably realized the installation of two floors and three floors. At this time, we should make the best use of space advantages to reduce the occupied area. For example, one space used to put a box, and now one space has two floors and three floors. There are already practical cases in the market.
2.Fire protection design and safety are very important in the energy storage system. When designing containers, we will match the corresponding fire protection design scheme to improve the system design efficiency and reduce the problems caused by the cooperation of different manufacturers. At present, the grid-connected system is probably circulating in the market. We store energy and all the participants actively seek for a more optimized scheme. This is the analysis map of the container and the grid-connected map. At present, we collect such a scheme.
3.Thermal management system, which is a HVAC design scheme, matches the corresponding thermal management design scheme according to customers' different equipment cooling requirements and different use environments, and carries out thermal simulation to make the thermal management system design more reasonable and operate more effectively. At this time, many potential safety hazards have been reduced.
4.Container electrical design, according to the needs of our customers, is completed in our container factory, including container technical lighting, emergency lighting, HVAC, video monitoring, access control, flooding and other supporting electrical designs. The layout design of DC and AC cables in the container is more beautiful and safe.
Product structure advantage
1.Standard container production technology is adopted for welding and anticorrosion, which can be processed and produced according to different specifications to meet the customization requirements of different projects.
2.Equipped with a reasonable and safe lifting device to facilitate transportation.
3.The product adopts advanced sound-absorbing materials and reasonable structural design, so that the box body can achieve the purpose of reducing the noise of the unit.
4.The box base is designed and manufactured with reinforced structure to improve the strength, thus bearing higher dynamic load impact of built-in equipment.
5.Multi-door structure can be configured to facilitate equipment installation and daily maintenance;
6.Equipped with special louvers (with dust-proof cotton inside the louvers), exhaust fans and other structures to meet the heat dissipation requirements of the electrical box;
7.More than 90% of the construction projects can be completed in the factory. After being transported to the site, it can be put into use only by line connection and debugging. Due to the integration of products, it can be transported in time according to different site environments, which is convenient and fast.
8.Containers have extremely low requirements on the use environment, and are very suitable for desert, beach, high altitude, cold and other environments.
9.Can cooperate with the installation of fire fighting system.
Application scope of energy storage container
1.Power grid frequency modulation
2.Distributed power generation
3.Mobile emergency power supply
4.Smart microgrid
5.Large load centers (factories, commercial centers)
6.Special power occasions (hospitals, large databases)
7.Renewable energy access, etc.
