Jiangsu Huachen Transformer Co.,Ltd.
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The Energy Storage Converter Step-Up Integrated Cabin is designed for integrated energy storage, photovoltaic power generation, grid interaction and electric vehicle charging applications. It connects the energy storage battery, photovoltaic system and power grid, enabling energy conversion and coordinated power supply within one prefabricated cabin.
The system can store renewable energy during low-load periods and release power during peak-load periods or grid outage situations. By integrating energy storage conversion, voltage boosting, monitoring, heat dissipation, fire protection and charging functions, the product provides a compact and practical solution for renewable energy utilization and power supply support.
The cabin integrates energy storage, power conversion, voltage boosting, photovoltaic access and charging functions. It supports energy conversion among the battery system, photovoltaic power generation and the power grid.
The integrated cabin is mainly composed of high-voltage and low-voltage units, local monitoring unit, energy storage bidirectional converter unit, access control unit, heat dissipation unit, fire protection unit and lighting unit.
The product combines DC inversion and AC step-up functions in one system. It integrates the energy storage system with an industrialized design concept, helping simplify project layout and equipment coordination.
The product adopts a standard 10ft or 20ft prefabricated cabin structure. The cabin has a neat appearance, convenient installation and simple commissioning, making it suitable for outdoor energy storage and charging applications.
The integrated cabin adopts a dedicated structural design and is suitable for complex environments such as high altitude, severe cold, coastal areas and desert areas.
The system uses cell-level intelligent temperature control to help improve system efficiency and battery cycle performance.
Through modular design, the system can support automatic balancing management. This is beneficial for system expansion and control.
The product is equipped with multiple status monitoring functions. The graded linkage design helps protect the safety of the battery system.
The PACK-level fire protection design can provide early warning during the initial stage of cell thermal runaway and accurately locate faults, supporting safer system operation.
Item | Requirement |
|---|---|
Installation location | Outdoor |
Altitude | ≤4500m; customized high-altitude design is required when above 2000m |
Maximum ambient temperature | +45°C |
Maximum monthly average temperature | +35°C |
Maximum annual average temperature | +20°C |
Minimum ambient temperature | -40°C, outdoor |
Maximum daily temperature difference | 25°C |
Solar radiation intensity | 0.1W/cm², at 0.5m/s wind speed |
Pollution grade | Class III |
Rainproof grade | Grade 4 |
Installation site inclination | ≤3° |
Relative humidity | Maximum monthly average: 90% at 20°C; maximum daily average: 90% at 20°C |
Seismic resistance | Grade 8 |
Protection grade | IP33D, IP54 |
Execution standard | GB/T 17467 High-Voltage/Low-Voltage Prefabricated Substation |
The Energy Storage Converter Step-Up Integrated Cabin is suitable for projects that require energy storage, photovoltaic power generation access, grid-side energy conversion and electric vehicle charging functions in one integrated system.
In renewable energy applications, the system can store wind power and photovoltaic power during low-load periods and supply power during peak-load periods or grid outage situations. This supports renewable energy consumption, grid peak shaving and valley filling, and stable power supply for EV charging.
For project applications, Huachen can provide product selection and configuration support according to energy storage capacity requirements, photovoltaic access needs, charging system requirements, installation environment and grid connection conditions.
Huachen provides support for product selection, manufacturing, testing, installation and after-sales service. For integrated energy storage cabin projects, the technical team can assist with system configuration, project communication, production coordination, testing support, installation guidance and delivery support according to project requirements.
With manufacturing capability, testing capability and project service experience, Huachen supports customers in applying integrated energy storage, photovoltaic access and EV charging systems to renewable energy and power distribution projects.
The Energy Storage Converter Step-Up Integrated Cabin is mainly used in renewable energy storage, photovoltaic power generation, grid energy conversion and electric vehicle charging scenarios.
It is suitable for projects where wind power and photovoltaic power need to be stored in battery units during low-demand periods and released as a power supply source during peak-demand periods or grid outage situations. It is also suitable for applications requiring integrated EV charging power supply.
Its main function is to integrate energy storage, power conversion, voltage boosting, photovoltaic access and charging functions into one prefabricated cabin, enabling energy conversion among batteries, photovoltaic power generation and the power grid.
The cabin includes a power conversion system, power transformation system, photovoltaic system and charging system.
During low electricity demand periods, it can store wind power and photovoltaic power in battery units. During peak demand periods or grid outage situations, it can supply power back as an energy source.
Yes. The integrated cabin includes electric vehicle charging functions and can provide a stable, efficient and reliable charging power source for new energy vehicles.
The cabin mainly includes high-voltage and low-voltage units, local monitoring unit, energy storage bidirectional converter unit, access control unit, heat dissipation unit, fire protection unit and lighting unit.
The product adopts a standard 10ft or 20ft prefabricated cabin structure.
It is suitable for outdoor environments, including high altitude, severe cold, coastal and desert areas.
The protection grade is IP33D and IP54.
The product follows GB/T 17467 High-Voltage/Low-Voltage Prefabricated Substation.
