Engineered for absolute reliability, safe interruption capability, and optimized space-saving layouts.
Dongguan Zago Electric Co., Ltd. is a professional electrical switchgear manufacturer specializing in low-voltage switchgear, medium-voltage switchgear, and integrated power distribution solutions for industrial, commercial, utility, and infrastructure applications. The company provides OEM and ODM services to electrical contractors, engineering companies, system integrators, distributors, and project developers worldwide.
Established in 2011 and located in Dongguan, Guangdong Province, China, Zago Electric operates a modern manufacturing facility covering more than 12,000 square meters and employs over 220 skilled professionals. The company combines research and development, electrical engineering, precision manufacturing, quality assurance, and technical support to deliver reliable power distribution equipment for diverse industries.
Zago Electric offers a comprehensive portfolio of electrical products, including low-voltage switchgear, medium-voltage switchgear, power distribution panels, motor control centers, distribution boards, intelligent electrical control systems, and customized power management solutions. These products are widely used in manufacturing plants, commercial buildings, renewable energy projects, transportation infrastructure, data centers, utility networks, and industrial automation systems.
As smart grids, electrification, and decarbonization gain momentum, the requirement for high-performance and green switchgear technologies escalates.
Driven by global warming potential targets, the transition from SF6 gas-insulated switchgear (GIS) to alternative gases like dry air, N2, or fluoronitrile-based mixtures is accelerating. System designers must rely on optimized contact geometries and enhanced dielectric enclosures to sustain high voltage levels without ecological impact.
Smart switchgears are no longer passive circuit breakers. Modern components embed non-intrusive current/voltage sensors, thermal imaging elements, and mechanical wear indicators. Real-time diagnostic data is routed to Edge controllers or SCADA systems for predictive maintenance scheduling.
Solar PV plants, energy storage systems (BESS), and EV fast-charging hubs introduce bi-directional current flows and high fault currents. Compact, high-withstand Switchgear components like withdrawable vacuum circuit breakers (VCB) must accommodate rapid dynamic loading shifts.
Global EPC contractors and electrical distributors face compounding pressures to reduce lead times while guaranteeing flawless compliance with local grids and standards. Standard specifications such as IEC 61439 for low-voltage assemblies and IEC 62271 for medium-voltage metal-enclosed switchgear require manufacturing facilities to implement rigorous type testing.
By offering customized OEM and ODM solutions, Dongguan Zago Electric Co., Ltd. mitigates procurement friction through standard modularization. Rather than sourcing disjointed panels, busbars, and breakers from separate suppliers, purchasing managers secure pre-engineered, comprehensively tested systems that slash onsite commissioning times by up to 35%.
Tailoring power distribution architectures to survive demanding thermal, mechanical, and environment conditions.
Intermittent wind/solar output necessitates specialized switchgear configurations capable of enduring thermal stress and high DC/AC conversion faults. Integrated lithium power smart battery management systems (BMS) with overvoltage and overcurrent protection operate synergistically with MV gas-insulated switchgear (GIS) networks to buffer power fluctuations safely.
Data centers demand non-stop service reliability. Compact 11kV/12kV medium voltage gas-insulated switchgear units are optimized for indoor space constraints. By isolating switching modules inside SF6 or mixed eco-gas hermetic steel tanks, ambient dust and humidity are completely shut out, preventing catastrophic arc flashes.
For mining, paper mills, and petrochemical plants, Motor Control Centers (MCC) and modular low-voltage switchgear boards provide thermal overload protection, mechanical locking mechanisms, and robust load-shedding control. Modular drawer-type designs allow operators to swap modules safely without interrupting the entire main line.
Safety is non-negotiable in power distribution. At Zago Electric, advanced CNC sheet metal fabrication machinery ensures structural tolerances remain under 0.1mm. High-precision laser cutting, combined with automated bending processes, guarantees optimal enclosure alignment, eliminating door sagging and mechanical interlock mismatches.
Our dedicated High and Low Voltage Switchgear Comprehensive Test System validates dielectric insulation, circuit loop resistance, phase sequence, mechanical operation, and primary injection currents before any system departs our factory floor. Zago Electric's commitment to compliance is backed by rigorous internal testing regimes that mirror ASTA and KEMA laboratory standards.
Comprehensive integration of R&D and engineering:
Pioneering tomorrow's power distribution platforms with intelligent control systems and zero-carbon hardware.
Deploying advanced lithium power smart battery management systems integrated directly with low-voltage distribution boards. This step ensures seamless islanding controls and grid-stabilization during solar energy peaks.
Accelerating our manufacturing capacity for SF6-free medium voltage switchgear, leveraging compressed air and eco-gas mixtures to meet strict emission mandates from European and North American utilities.
Integrating AI microprocessors inside low-voltage switchgear assemblies to continuous-monitor copper degradation, mechanical contact velocities, and thermal variations. Alerts are output before physical wear converts into circuit damage.
Expert answers regarding custom switchgear components, installation compliance, and procurement engineering.
KYN28 is a metal-clad, withdrawable medium-voltage switchgear (typically operating at 11kV, 12kV, or 24kV) designed to route bulk utility power and protect substation transformers. It utilizes vacuum circuit breakers (VCB) inside a compartmentalized metal cabinet to withstand massive arc currents. Low-voltage switchboards, governed by IEC 61439, operate under 1000V AC/DC and distribute power directly to end-user circuits, motor centers, and auxiliary equipment.
GIS units house all live conductors and switching devices inside an enclosure filled with insulating gas (like SF6 or clean air). This allows phase distances to be minimized, reducing the switchgear footprint by up to 60% compared to AIS. Data centers utilize GIS to maximize floor space for server racks, and to shield electrical contacts from environmental particles that trigger short circuits.
We utilize CNC laser cutters, high-precision hydraulic bending machines, and robotized welding cells. Our sheet metal thickness matches or exceeds IEC requirements (commonly 2.0mm to 2.5mm Al-Zn plated steel plates). The final enclosures undergo structural integrity, paint adhesion, and ingress protection (IP54/IP66) testing to assure long service life in corrosive environments.
Yes. Through our OEM/ODM services, we engineer diesel generator synchronizing control switchboards up to 1000V AC/DC and motor control centers (Blokset/Okken style) tailored to withstand marine vibrations, high ambient temperatures, and dust. Specialized anti-condensation heaters and mechanical vibration isolators are integrated according to application requirements.
Complementary systems for comprehensive power distribution and plant safety management.
Zago Electric
