Product Introduction
▶ Products
In order to accelerate the realization of the dual-carbon goal and further promote the construction and development of new energy undertakings, the power generation, storage and reuse of wind and light energy are the key to the construction of new energy sources.
New energy power generation, especially wind power and photovoltaic power generation, due to the asynchrony of power generation and consumption, there will be a daytime peak power consumption, power is not enough, and nighttime low power consumption, power can not be used and wasted, only through the storage plant can be a good solution to this contradiction.
Intelligent energy storage substation can adopt container-type prefabricated cabin, which follows the construction principle of "standardized design, factory processing, modular assembly and intensive construction", realizing large-scale production and integrated commissioning in the factory to the maximum extent and greatly reducing the workload in the field. Adopting prefabricated module technology can effectively reduce the building area and footprint of the whole station, greatly saving land resources.
▶ System Components
Energy storage power plants include: energy storage boosters, storage converters (PCS), battery management systems (BMS), Batteries
Clusters, containerized prefabricated pods and auxiliary systems, energy management systems (EMS) for energy storage microgrids, and more.
The auxiliary system of the prefabricated cabin can be equipped with auxiliary facilities such as fire fighting, security check, HVAC, lighting, communication, etc. as required.
▶▶ Structural characteristics
1、Standard container design with integrated thermal management system, lighting system, fire-fighting system, etc;
2. Multi-machine parallel system for energy storage microgrid converters;
3. Intelligent energy storage in situ control system;
4. Integration of grid-connected switchgear and in situ step-up transformer;
5, and off-grid switching operation function;
6. Highly efficient integrated containerized prefabricated modules;
7. Provide intelligent and friendly system control program, which is applicable to various energy storage application scenarios, such as peak frequency regulation, assisting new energy grid connection, and power balancing of isolated grid.
In order to accelerate the realization of the dual-carbon goal and further promote the construction and development of new energy undertakings, the power generation, storage and reuse of wind and light energy are the key to the construction of new energy sources.
New energy power generation, especially wind power and photovoltaic power generation, due to the asynchrony of power generation and consumption, there will be a daytime peak power consumption, power is not enough, and nighttime low power consumption, power can not be used and wasted, only through the storage plant can be a good solution to this contradiction.
Intelligent energy storage substation can adopt container-type prefabricated cabin, which follows the construction principle of "standardized design, factory processing, modular assembly and intensive construction", realizing large-scale production and integrated commissioning in the factory to the maximum extent and greatly reducing the workload in the field. Adopting prefabricated module technology can effectively reduce the building area and footprint of the whole station, greatly saving land resources.
▶ System Components
Energy storage power plants include: energy storage boosters, storage converters (PCS), battery management systems (BMS), Batteries
Clusters, containerized prefabricated pods and auxiliary systems, energy management systems (EMS) for energy storage microgrids, and more.
The auxiliary system of the prefabricated cabin can be equipped with auxiliary facilities such as fire fighting, security check, HVAC, lighting, communication, etc. as required.
▶▶ Structural characteristics
1、Standard container design with integrated thermal management system, lighting system, fire-fighting system, etc;
2. Multi-machine parallel system for energy storage microgrid converters;
3. Intelligent energy storage in situ control system;
4. Integration of grid-connected switchgear and in situ step-up transformer;
5, and off-grid switching operation function;
6. Highly efficient integrated containerized prefabricated modules;
7. Provide intelligent and friendly system control program, which is applicable to various energy storage application scenarios, such as peak frequency regulation, assisting new energy grid connection, and power balancing of isolated grid.