Description
HUAWEI JUPITER 6600K
Description:
HUAWEI JUPITER 6600K is a smart transformer station designed for large solar installations and industrial projects. It provides high efficiency and reliability by integrating the latest technologies to optimize energy conversion.
Characteristics:
- Maximum power: 6600 kVA at 40°C / 5940 kVA at 50°C
- Rated Input Voltage: 800V
- Communication: RS485, PLC (Power Line Communication)
- Protections: Built-in surge protections, overloads, short circuits and anti-island protections
- Cooling: Intelligent active airflow cooling
- Operating temperature: -25°C to +60°C
- Protection Rating: IP66 for Outdoor and Indoor Installation
- Maximum work altitude: 3000 meters (with reduced power over 2000 meters)
- Weight: Depends on configuration
- Dimensions: Vary by model and configuration
Application:
HUAWEI JUPITER 6600K is suitable for various applications in solar and industrial installations:
- Large Solar Parks: Ideal for large-scale solar installations where high power and reliability are required.
- Industrial projects: Suitable for industrial sites that require a large amount of electricity.
- Commercial installations: Applicable in commercial buildings and complexes where a stable and efficient energy system is needed.
With its high efficiency and intelligent control, the HUAWEI JUPITER 6600K provides reliable conversion of solar energy into electricity, making it the perfect solution for large projects and industrial applications. Integrated monitoring and management functions allow for easy monitoring and optimization of the energy system, ensuring maximum performance and safety.
Technical Specifications – DATASHEET – 00-Datasheet-of-JUPITER-9000K-6000K-3000K-H1-LV-AC-Coupling_20231030
Installation Manual – jupiter-3000k-6000k-9000k-h1-smart-transformer-station-user-manual
Certificates – SUN2000-185H1_215H0-UK-DOC-Cert_HW_20210315_en
IEC-Standard-Self-declaration-STS-HAV3-20191111
IEC-Standard-Jupiter-Self-declaration-Smart-Transformer-Station-series-20221128
We inform you that despite our efforts, we cannot guarantee that the published information and photos do not contain inaccuracies or errors that cannot be a legal basis for claims.
