Description
Energy Storage Container Prefabricated Cabin equipment was researched and applied early in foreign countries, and in the mid-1980s in the United States, it had already been applied to overall modularization 33kV substation; In the 1990s, prefabricated equipment compartments were also used in the overall modular 66kV substations that emerged in Japan.
ABB’s containerized electrical cabins have been widely used in Middle Eastern countries. The 35kV and 10kV box type substations in China have been widely used in engineering, including containerized SVG equipment, containerized DC melting ice equipment, and containerized photovoltaic inverters.
Features
Safety: PACK-level fire protection, heat spread control shielding design, cell health detection, early warning of sick cells.
High efficiency: liquid cooling, simultaneously improving battery life and system discharge, modular design, facilitating battery replacement and system expansion.
Reduce cost: intelligent liquid cooling temperature control, reduce system auxiliary power consumption, pre-installation design, convenient for the transportation of energy storage containers.
Intelligent: intelligent liquid cooling temperature control, container temperature difference ≤ 5 ºC, it has multiple working modes of load shifting, demand response, backup power supply and command response.
Specifications
According to the requirements of energy storage container construction and highway management regulations, prefabricated cabins are mainly divided into Type I, Type II, and Type III (external dimensions).
Type I prefabricated cabin: length x width x height 6200mm x 2800mm x 3133mm
Type II prefabricated cabin: length x width x height 9200mm x 2800mm x 3133mm
Type III prefabricated cabin: length x width x height 12200mm x 2800mm x 3133mm
Combination size
Type I prefabricated cabin: length x width x height 6200mm x 5600mm x 3133mm
Type II prefabricated cabin: length x width x height 9200mm x 5600mm x 3133mm
Type III prefabricated cabin: length x width x height 12200mm x 5600mm x 3133mm
Configuration
| Line Protection Measurement and Control Cabinet | Power quality testing cabinet | Optical transceiver | Intelligent lighting control |
| Power Measuring Panel | Voltage reactive power control equipment | Flood Sensor | Comprehensive Wiring Cabinet |
| Secondary installation equipment | Communication Interface Cabinet | Fire alarm systems | Other electrical equipment |
Advantage
The advantages of energy storage container prefabricated cabin can significantly reduce on-site operations and shorten the construction period of substation civil engineering. 1、 Integrated design and debugging of secondary equipment. Modular design of equipment, factory customization, and on-site modular assembly achieve “ready to install and use”, significantly reducing the workload of on-site construction and debugging, and shortening the commissioning time.
How To Choose
1. The exterior design is aesthetically pleasing and harmonious with the external environment. The appearance of the container should be as simple as possible, and the size and position of components such as air conditioning and ventilation ports should be designed reasonably. The color selection of the container should be harmonious with the colors of the surrounding transformers and high-voltage switchgear.
2. The selection of cabin box size should take into account equipment inspection requirements, layout requirements, and transportation requirements.
3. Reduce external wiring of prefabricated cabins and design unified interfaces.
4. The screen layout should be reasonable, and the space for operation and maintenance channels should be expanded as much as possible.
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