Browse our complete catalog of high-performance electrical and power equipment.
Bracket
Functional Purpose: Used for photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification performed against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
Bracket
Functional Purpose: For photovoltaic power generation, conversion, combiner box integration, or grid interconnection; interface verification against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
Bracket
Functional Use: For photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
Bracket
Functional Purpose: PV mounting structures support photovoltaic power generation, conversion, combiner box integration, and grid interconnection; interface verification is performed against the PLTS system architecture comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
Bracket
Functional Use: Designed for power transmission, control interconnection, or termination transition; interface compatibility must be verified per low-voltage / medium-voltage power, control, overhead, or cable accessory connection systems.
solar panel
Functional Use: For photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification against PLTS system components including PV modules, mounting structures, inverters, and combiner & grid-connection distribution equipment.
solar panel
Functional Purpose: Used for photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification performed against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
solar panel
Functional Purpose: For photovoltaic power generation, conversion, combiner box integration, or grid interconnection; interface verification against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
solar panel
Functional Use: For photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
Photovoltaic modules
inverter
Functional Use: For photovoltaic power generation, DC-to-AC conversion, combiner functions, or grid connection; interface verification must be performed against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-tie distribution equipment.
inverter
Functional Use: For photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification against PLTS system components including PV modules, mounting structures, inverters, and combiner & grid-connection distribution equipment.
inverter
inverter
Functional Purpose: For photovoltaic power generation, conversion, combiner box integration, or grid interconnection; interface verification against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-interconnection distribution equipment.
inverter
Functional Purpose: Energy storage, peak-shaving and valley-filling, backup power supply, and microgrid support; interface verification of the energy storage system core components including battery packs, Battery Management System (BMS), Power Conversion System (PCS), Energy Management System (EMS), step-up transformer, and fire suppression interlock.
Combiner box
Combiner box
Functional Use: For photovoltaic power generation, DC-to-AC conversion, combiner functions, or grid connection; interface verification must be performed against the PLTS system comprising PV modules, mounting structures, inverters, combiner boxes, and grid-tie distribution equipment.
photovoltaic system
Functional Use: For photovoltaic power generation, conversion, combiner functions, or grid interconnection; interface verification against PLTS system components including PV modules, mounting structures, inverters, and combiner & grid-connection distribution equipment.
photovoltaic system
energy storage
energy storage
Functional Purpose: Features a prefabricated cabin-integrated design with in-cabin integration of energy storage power converters, step-up transformers, and other core components. The entire cabin-based energy storage power conversion system is mounted on a unified structural base, achieving high system integration and robust environmental adaptability—significantly reducing on-site installation, commissioning, and post-deployment maintenance efforts.
energy storage
Functional Purpose: Features a prefabricated cabin with integrated design, housing all string-type energy storage power conversion modules and step-up transformers. The entire cabin-based energy storage power conversion system is mounted on an integrated base, achieving high system integration and strong environmental adaptability—effectively reducing on-site installation, commissioning, and subsequent maintenance efforts.
energy storage
Functional Purpose: Integrated containerized design incorporating lithium iron phosphate (LiFePO₄) battery modules, battery control cabinet, thermal management system, lighting system, and automatic fire suppression system; compatible with energy storage power conversion systems (PCS).
energy storage
Functional Purpose: The energy storage PCS employs a three-level topology, achieving a high equivalent switching frequency and compact footprint, with a maximum efficiency of up to 99%.
