active filter
EV Charging Station with Reactive Power Compensation
Functionality: AC charging for electric vehicles, energy metering, and safety protection.
Our Products · Page 9
Browse our complete catalog of high-performance electrical and power equipment.
Category
active filter
Wall-Mounted Active Power Filter for Harmonic Current Compensation, Model ANAPF50
active filter
Neutral Current Eliminator SVG Static Generator AP Reactive Power Compensation
Functional Purpose: Reactive power compensation, harmonic mitigation, and voltage support.
Passive filter
88–108 MHz Band-Stop Filter, Passive Notch Filter
Functionality: Designed for reactive power compensation, harmonic mitigation, and voltage support.
Passive filter
Harmonic Filter
Functional Purpose: Reactive power compensation and harmonic mitigation.
Passive filter
Single-Phase Filter Capacitor, Self-Healing, Safety-Fixed, Low-Voltage AC, 750 V / 900 V
Passive filter
Passive Harmonic Filter/Reactor for High-Voltage Reactive Power Compensation, 35 kV
dry type transformer
Epoxy Resin Vacuum Pressure Impregnation (VPI) Dry-Type Transformer
Functional Purpose: Designed for automated vacuum impregnation processes.
dry type transformer
VPI Transformer
Functional Purpose: VPI transformers and reactors serve as superior alternatives to conventional oil-immersed and resin-based solid-insulated transformers, significantly reducing flammability risk while offering environmental sustainability, high overload capability, flame-retardant self-extinguishing properties, and cost-effective solutions.
wind transformer
Wind Power Series Transformers
Functional Purpose: Forward engineering development and customized design & manufacturing based on customer requirements using various insulating liquid technologies.
Oil-immersed transformer
Oil-Immersed Power Transformer
Functional Purpose: Oil-immersed power transformers utilize insulating oil as both cooling and insulation medium, featuring high heat dissipation efficiency, high-voltage endurance, strong overload capability, and extended service life. Their oil-circulation cooling system supports high-capacity, high-load operation.
Box type transformer
Medium-Voltage Switchgear Assemblies
Functional Purpose: AC metal-enclosed medium-voltage switchgear with comprehensive five-prevention interlocking, ensuring safety and reliability.
Box type transformer
Low-Voltage Switchgear Assemblies
Functional Use: This product series features an advanced modular design supporting flexible configuration, enabling rapid construction of diversified solutions fully compatible with new energy and smart grid applications; configured to meet PLN grid connection point and load-side requirements of 230/400 V, 50 Hz for transformer-substation system interface alignment.
Box type transformer
Prefabricated Substation
Functional Purpose: This product integrates medium-voltage switchgear, low-voltage switchgear, and transformers; primary and secondary internal connections are completed and factory-tested prior to delivery, enabling turnkey on-site installation.
Ring main unit
J10X | Gas-Insulated Ring Main Unit (RMU)
Functional Use: The J10X RMU gas-insulated switchgear is the preferred solution for distribution applications, offering reliability, compactness, and maintenance-free operation; customizable RMU solutions are available based on specific application requirements.
Ring main unit
J20X | C-GIS Gas-Insulated Switchgear
Functional Purpose: Utilizes SF6 gas or eco-friendly alternative insulating gases; current ratings range from 1250 A to 3150 A; specifically engineered for primary distribution applications, featuring high safety, reliability, compactness, and maintenance-free operation.
Ring main unit
J30X | GIS Gas-Insulated Switchgear (72.5 kV)
Functional Purpose: The 72.5 kV prefabricated switchgear is an integrated, modular high-voltage distribution device featuring a compact structure, low gas-filling pressure, and maintenance-free operation; interfaces are verified against medium- and high-voltage distribution systems rated at 72.5 kV and project-specified voltage levels.
active filter
6–35 kV Medium- and High-Voltage Cascaded Direct-Connection Static Var Generator (SVG) for Dynamic Reactive Power Compensation and Harmonic Suppression
Functional Purpose: Certified by the Electric Power Research Institute (EPRI) type test; features modular design with maximum single-unit capacity of 60 MVar; offers fast dynamic response, low harmonic distortion, high reliability, and multiple installation options—enabling dynamic reactive power compensation and harmonic suppression in medium- and high-voltage grids.
energy storage
6–35 kV Medium- and High-Voltage Direct-Connection Energy Storage System
energy storage
Centralized Energy Storage Power Conversion and Step-up Prefabricated Cabin
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
String-type Energy Storage Power Conversion and Step-up Prefabricated Cabin
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
Energy Storage Battery Container
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
Energy Storage Power Conversion System (PCS)
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%.
energy storage
Energy Storage Battery Pack: 1P48S / 1P52S
Functional Purpose: The energy storage battery pack 1P48S/1P52S is compatible with 280 Ah and 314 Ah cylindrical cells, supports a maximum continuous charge/discharge rate of 1C, features a fully liquid-cooled thermal management system with inter-cell temperature uniformity <3°C, and integrates a composite fire detection and suppression system to ensure safe and reliable operation.