Wing Solar
Wing Solar
Expertly configured inverters ready to tackle residential back-up, rural mini-grids, and remote agricultural operations in Namibia.
Smart residential hybrid solution with wide MPPT range, optimized for grid-tied and backup configurations across Windhoek and coastal regions.
Rugged PWM controller for small off-grid rural lighting kits, telecommunications nodes, and solar water pumps in remote farming lands.
All-in-one residential storage system. High reliability and seamless transition during load shedding or regional grid instability.
High-capacity off-grid workhorse featuring dual MPPT inputs, parallel capability, and customizable solar-to-grid priority prioritization.
Namibia is endowed with some of the highest solar irradiance resources in the world—averaging over 3,000 hours of sunshine annually with a Direct Normal Irradiance (DNI) of up to 3,000 kWh/m² in arid zones. Driven by NamPower's strategic agenda to reduce electricity imports (historically up to 60% sourced from ESKOM and the Southern African Power Pool) and under the guidance of the Harambee Prosperity Plan II, Namibia is undergoing an unprecedented transition toward decentralization and clean energy self-sufficiency.
However, the local environment presents significant technical hurdles. High ambient operating temperatures (frequently exceeding 40°C in the interior Kalahari and Namib zones), abrasive dust particles, and extensive transmission distances require solar inverters that feature superior thermal management and robust enclosure ratings. Standard grid-tied inverters struggle under localized grid volatility and voltage fluctuations common in outlying municipal grids.
As a leading supplier and exporter, we address these specific parameters. Our hybrid and off-grid solar inverters are specifically engineered with wide voltage tolerance windows, smart dust filters, active cooling paths, and intelligent battery dispatch algorithms that guarantee continuous operations for both mining operations in the Erongo region and agricultural farms in the north.
To successfully integrate utility and commercial systems into Namibia’s transmission grid, developers must adhere to strict regulatory guidelines governed by the Electricity Control Board (ECB). Key metrics include:
Ensures microgrid stability in remote lodges and mines without access to utility lines.
Native CANbus and RS485 communication with leading lithium battery storage options.
Premium N-Type technology optimized for residential, commercial and industrial applications, and utility-scale projects.
High-efficiency monocrystalline design tailored for rooftop installations where space is constrained.
Design: Standard
Dimensions: 1762 x 1134 x 30mm
Efficiency: 22.77%
Pmax Coeff.: -0.29%/°C
Warranty: 30 Years Linear Power
Optimal footprint and weight parameters specifically engineered for commercial and industrial warehouse rooftops.
Design: Standard
Dimensions: 2279 x 1134 x 35mm
Efficiency: 22.84%
Pmax Coeff.: -0.29%/°C
Warranty: 30 Years Linear Power
Bifacial high-capacity utility-grade modules designed to maximize ground-albedo reflection gains in desert installations.
Design: Bifacial
Dimensions: 2384 x 1303 x 35mm
Efficiency: 22.70%
Pmax Coeff.: -0.30%/°C
Warranty: 30 Years Linear Power
Operating a solar inverter in Namibia's inland region requires design considerations beyond typical global standards. Standard cooling mechanisms often fail when ambient dust filters become clogged with Kalahari red sand, leading to thermal over-temperature shutdown and loss of yield. Our technical roadmap incorporates several specific design adjustments:
By prioritizing long-term durability and lower component aging rates, our systems achieve lower lifetime Operational and Maintenance (O&M) costs, supporting project bankability throughout Namibia.
Combining automated precision assembly with high-capacity scaling to secure uninterrupted shipments to African distribution hubs.
Our core production is backed by an advanced Industry 4.0 manufacturing framework in China, guaranteeing consistent build quality and cell-to-module compatibility. Fully automated robotic solderers, electroluminescence (EL) defect detection systems, and strict temperature-controlled chambers allow us to maintain a rapid and flawless manufacturing pipeline.
With an annual capacity currently standing at 3GW—expanding rapidly to 10GW by 2026—we are uniquely positioned to serve bulk wholesale orders, regional energy ministries, and utility IPPs (Independent Power Producers) within the Southern African Development Community (SADC). Shipping directly through primary routes from Asian logistics ports to Walvis Bay Port, Namibia, we eliminate localized distribution delays and provide landed costs that enhance your project's competitive edge.
Our international administrative headquarters in Vienna, Austria, facilitates European-grade contractual warranties, cross-border financial clearances, and coordinated distribution networks to 90+ global territories, including direct assistance for customs clearing and import duties at Namibian port entries.
Two decades of direct experience driving innovation and manufacturing excellence.
Expanding rapidly to a planned 10GW manufacturing throughput by 2026.
Reliable products operational in residential, utility and commercial fields.
An active network spanning across Europe, South America, and Africa.
Explore our wider range of solar power converters and hybrid power stations, optimized for Namibian grid integration.
Smart dual-output residential inverter featuring built-in Wi-Fi logging and comprehensive LCD diagnostics.
Industrial-grade low-voltage single phase unit with a 150A MPPT battery charger input.
Compact all-in-one backup solar generator system designed for office buildings and rural homesteads.
A portable utility-in-a-box system tailored for temporary mining survey camps and remote military operations.
High-capacity transformer-based hybrid inverter offering robust surge capacity to start induction motors and heavy pumps.
IP65 rated water and dust-proof residential inverter. Safely mounts outdoor near coastal Swakopmund or inland regions.
Compact conversion modules for mobile work vehicles, recreational off-road safaris, and localized field diagnostic gears.
High-efficiency three-phase hybrid inverter with intelligent load balancing capabilities to prevent phase imbalance.
High performance IP65 dustproof off-grid solar inverter with built-in high tracking efficiency MPPT tracker.
Three-phase 48V system optimized for deep battery cell integration, offering long backup cycles.
Industrial-grade power module configured for integration into larger factory automation panels.
Multi-input hybrid charger inverter allowing seamless mixing of PV, utility, battery and diesel generators.
Get professional clarification on importation, certification requirements, grid-interconnection codes, and environmental durability.
Our standard shipping pipeline from China to Walvis Bay, Namibia, ranges from 28 to 35 days under FOB or CIF agreements. We handle container loading, export documentation, and cargo tracking. Once arrived in Walvis Bay, clearing transit into Windhoek or neighboring dry ports takes approximately 3 to 5 business days, managed via our regional logistics partners.
Yes. Our hybrid inverters meet the NRS 097-2-1 guidelines, which are the benchmark grid-connection standards adopted by the Electricity Control Board (ECB) of Namibia, NamPower, and municipalities like Erongo RED, Cenored, and City of Windhoek. We provide official compliance certification documents to streamline your engineering approval process.
Our inverters utilize advanced thermal management, featuring isolated heat sink pathways and high-grade silicon carbide (SiC) parts that resist thermal breakdown. The systems operate at full rated power without derating up to 45°C. For areas prone to higher extremes, we integrate intelligent dynamic fan cooling controls to protect internal components.
Absolutely. Our hybrid off-grid systems feature dry contact relays specifically designed for automated generator control (AGC). When battery capacity drops below a pre-configured State of Charge (SoC) and solar power is insufficient, the inverter automatically sends a start signal to the diesel generator to cover the load and recharge the storage bank.
We provide a standard 5-year warranty on all smart solar inverters, extendable to 10 years, and up to a 20-year linear power warranty on our Wing modules. In the event of warranty claims, replacement components or modules are shipped directly from our inventory hubs. We also provide online technical training for local installation engineers.
Whether you are a developer executing a utility project, a distributor stocking local warehouses, or an engineering firm bidding for C&I contracts, we provide direct factory pricing, certified hardware, and reliable delivery.
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