Engineered for immediate deployment across municipal, utility, and heavy-duty industrial installations.
High-performance AC contactor designed for system integration, offering superior mechanical life and arc suppression in harsh electrical grids.
Specially optimized for smart home, residential distribution boards, and modular control applications requiring ultra-quiet operation.
Essential for industrial power factor correction, stabilizing system voltages and minimizing distribution line losses across local networks.
Featuring micro-processing technology for precise trip settings, securing large industrial motors against overloads and phase imbalances.
Namibia is currently undergoing a structural transition toward industrial diversification. Key sectors, including open-cast mining (uranium, gold, and diamonds), offshore diamond harvesting, and regional water desalination programs, require highly resilient motor control and protection infrastructures.
• Thermal Stress & Derating: Sub-Saharan temperatures in regions like the Namib Desert and Erongo often exceed 40°C. Standard off-the-shelf control components fail due to thermal overload. Our breakers and contactors are specifically optimized and derated for hot ambient conditions.
• Grid Transient Instabilities: Connecting remotely located mining operations to the national NamPower transmission line leads to significant voltage fluctuations, harmonics, and surge phenomena.
• Saline & Dust Contamination: Coastal infrastructure (e.g., Walvis Bay port operations and desalination systems) demands switchgears with robust ingress protection (IP ratings) and anti-corrosive contact coatings.
Globally, the low-voltage electrical landscape is moving rapidly toward digitization and preventative diagnostics. Our equipment incorporates Modbus-RTU and Ethernet communications protocols, allowing real-time monitoring of motor current parameters, phase imbalance, and leakage detection.
Zhejiang Igoye Energy Technology Co., Ltd. fills this technical gap by providing robust ODM/OEM solutions that comply fully with IEC 60947 and SANS (South African National Standards), which are heavily referenced in Southern Africa.
Consult with our Electrical EngineersZHEJIANG IGOYE ENERGY TECHNOLOGY CO., LTD.
The company is located in the Economic Development Zone of Yueqing City, Zhejiang Province, with Qili Harbor in the south, Yueqing Bay in the east, Yueqing City Center in the north, and Liubai Economic Circle in the west. The company has been committed to the research and development and production of low-voltage electrical appliances, the products are widely used in electric power, infrastructure, energy, electronics and other industry sectors.
We feature a comprehensive series of production and testing equipment, coupled with a strict enterprise management system. We set up quality control points in key processes and use SPC (Statistical Process Control) tools to improve the quality of process control. The company has established a traceability system for the whole process from accessories, production date, and key parameters to ensure product quality.
Take a virtual walk through our advanced production lines, automated testing chambers, and assembly bays.
We deliver reliable distribution and motor control solutions engineered for localized engineering standards and demanding application environments.
For coastal Namibia desalination schemes and central bore systems, we supply motor protection devices that prevent pump-tripping during startup. Our smart capacitors automatically correct power factors, reducing electrical and operational overheads.
Request Design Layout →Petrochemical systems present hazards that demand explosion-proof and highly reliable switchgear. Our dual-source automatic transfer switches (ATS) ensure zero downtime for critical extraction motors and hazardous zone ventilators.
Request Design Layout →Supporting the scaling of domestic food, bottling, and manufacturing businesses. Integrated MCCB and smart contactor frameworks enable system managers to audit energy flows and coordinate protective steps directly via standard web platforms.
Request Design Layout →Meeting tourism infrastructure requirements with reliable green technology. Our air circuit breakers (ACB), molded-case circuit breakers (MCCB), and dual-power ATS work together to protect high-capacity chillers and pump installations.
Request Design Layout →Ensuring process safety in acid processing and chemical refining facilities. Microcomputer control components monitor parameters to coordinate overcurrent trips, preventing catastrophic motor stalling during thermal cycles.
Request Design Layout →Designed to meet standardized regional utility layouts, our switchgears reduce modification delays. They provide seamless compatibility with existing sub-distribution grids and secondary protection configurations.
Request Design Layout →Serving utility-scale solar farms in Karas and Erongo. Our DC circuit breakers and isolators are rated up to 1500V DC, protecting solar arrays and high-capacity battery units from reverse currents and surge anomalies.
Request Design Layout →Minimizing the risk of micro-interruption damage in high-tech environments. Fast-acting isolation breakers and surge suppressors isolate surges within milliseconds, protecting sensitive machinery from transient grid disturbances.
Request Design Layout →Our manufacturing processes are certified to international and regional standards, ensuring long-term reliability in demanding environments.
Standardized quality management systems governing raw material procurement through to final product testing.
Type-tested solutions ensuring strict compliance with IEC 60947 safety directives.
Patented contact mechanism and arc-chamber venting innovations for longer service life.
Explore our line of switchgears, circuit breakers, isolators, and protection devices designed for local utility and project layouts.
High-reliability outdoor drop-out fuse cutouts engineered to isolate distribution lines during transformer overload scenarios.
Heavy-duty MCCB line providing overcurrent protection for large industrial pump circuits and distribution sub-stations.
Optimized for high-voltage solar DC combiner boxes, rated for up to 1500V DC application fields.
Enclosed isolation switch disconnectors, designed to ensure safe, zero-voltage maintenance states in processing plants.
A compact bar-type isolation switch featuring integrated HRC fuse configurations for high fault level protection.
Surge protective device (SPD) protecting control loops and consumer electronics from induced lightning overvoltages.
Combines molded-case overcurrent capabilities with micro-ampere earth leakage fault interruption systems.
Air Circuit Breaker (ACB) designed to act as the primary protection unit in high-load industrial distribution switchboards.
How we work with Namibian project planners to transition legacy electrical installations into smart, automated networks.
We analyze ambient temperatures, expected dust ingress levels, and corrosion profiles to custom-configure housing gaskets and contacts, ensuring long-term operational reliability.
Our engineers configure precise trip curves (Electronic MCCB settings) to align with downstream starters, preventing nuisance tripping in remote, unstable grids.
Integrating Modbus communication into our contactors and ACBs, allowing operators to monitor motor currents and voltages from centralized SCADA systems.
Technical support, selection advice, and customization details for motor control systems in Namibia.
We apply standard temperature derating calculations in line with IEC standards. Because ambient temperatures in mining and solar sites can exceed 40°C, we optimize our breakers and contactors with copper contact bars, high-grade thermo-hardened polymers, and expanded ventilation pathways to ensure rated performance without overheating.
Yes. Our low-voltage electrical systems are built to meet the IEC 60947 standard framework, which serves as the direct technical basis for SANS and NamPower standards. This simplifies deployment in both retrofits and new infrastructure installations across Namibia.
We provide specialized high-voltage DC protection systems, including DC Molded Case Circuit Breakers (such as the GNM1HU/GNM1DC series) and DC disconnectors rated up to 1500V DC. These units protect solar combiners, inverter inputs, and battery arrays from reverse-current faults and switching transients.
Our BSMJ self-healing capacitors provide reactive power compensation. When inductive motor loads lower the power factor, these units stabilize the phase angle. This helps reduce energy waste, minimizes transmission line drops, and avoids low power factor penalties from regional energy providers.
Standard production times range between 20 to 35 days, depending on raw material and volume specifications. We manage logistics directly from Yueqing Bay and Qili Harbor to ensure direct sea transport routes to the Port of Walvis Bay.
Igoye Energy