Customization: | Available |
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Application: | Power, Electronic |
Phase: | Three |
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Product Name | ||||||
Solar Power Photovoltaic New Energy electric vehicle charging piles Energy Storage Converter and Step-up Integrated Cabin Substation Transformer | ||||||
Frontier equipment with high integration of light, storage and charging. | ||||||
Basic Info. | ||||||
Brand | HuaBian | |||||
Origin | China | |||||
Certification | ISO9001, CE, CCC, CQC, PCCC, UL, CNAS, MA, ilac-MRA | |||||
Specification | as per design | |||||
ODM | Avaliable | |||||
OEM | Avaliable | |||||
Warranty | 1 Year | |||||
MOQ | 1 | |||||
Package Size | as per design | |||||
Transport Package | Wooden Case |
Product Discription | |||||||||||||
The energy storage converter and step-up integrated cabin incorporates a converter system, a power transformation system, a photovoltaic system, and a charging system. It performs energy conversion among energy storage batteries, photovoltaics, and the grid. During off-peak hours, wind and solar power can be stored in battery units, and during peak hours or when the grid fails, it can serve as a power supply, effectively addressing the volatility and intermittency of renewable energy sources such as wind and solar power, improving the utilization efficiency of renewable energy, and reducing peak loads and filling valleys for the grid system. Additionally, the integrated cabin incorporates the function of electric vehicle charging piles, providing stable, efficient, and reliable charging power for new energy vehicles. | |||||||||||||
Product Features | |||||||||||||
The energy storage converter and step-up integrated cabin is primarily composed of high and low-voltage units, local monitoring units, bidirectional energy storage converter units, access control units, cooling units, fire protection units, and lighting units. The product integrates DC inversion and AC boosting functions, incorporates energy storage systems and industrial design concepts, and adopts a standard 10-foot/20-foot prefabricated cabin structure, featuring an attractive appearance, convenient installation, and simple debugging. Its unique design is suitable for complex and harsh environments such as high altitudes, severe cold, seaside, and deserts. The product employs cell-level intelligent temperature control, effectively improving system efficiency and battery cycle life. Through modular design, it can automatically balance management, facilitating system expansion and control. The product is equipped with multiple status monitoring features, and a hierarchical linkage design can comprehensively ensure the safety of the battery system. The PACK-level fire protection design can provide timely warnings and accurately locate faults in the initial stage of cell thermal runaway. | |||||||||||||
Service Condition | |||||||||||||
1 | Installation location: outdoor | 6 | Minimum ambient temperature: -40ºC (outdoor) | 12 | Relative humidity: Maximum monthly average: 90% (at 20ºC); Maximum daily average: 90% (at 20ºC) |
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2 | Altitude: ≤ 4500m (according to height prototype design when >2000m) | 7 | Maximum daily temperature difference: 25ºC | ||||||||||
8 | Solar radiation intensity: 0.1W/cm² (0.5m/s) | 13 | Earthquake resistance: Magnitude 8 | ||||||||||
3 | Maximum ambient temperature: +45ºC | 9 | Pollution grade: Class III | 14 | Protection rating: IP33D, IP54 | ||||||||
4 | Maximum monthly average temperature: +35ºC | 10 | Waterproof rating: Grade 4 | 15 | Executive standard: GB/T17467 High-voltage/Low-voltage Prefabricated Substation |
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5 | Maximum annual average temperature: +20ºC | 11 | Inclination of installation site: no more than 3 degrees |