Primary measurement assets engineered for prepaid metering and substation automation systems within Windhoek, Walvis Bay, and utility grids.
Namibia is undergoing a fast-paced transformation in electrical distribution. Guided by the Electricity Control Board (ECB) and propelled by NamPower's strategic grid extension, there is an urgent requirement for highly robust current transformers (CTs) and potential transformers (PTs). The local grid architecture faces unique challenges: vast transmission distances, high desert temperatures, and significant industrial loads from large-scale mining operations in the Erongo Region.
To support high-precision prepaid metering systems and solar PV generation integration, developers must deploy instrument transformers that maintain Class 0.2s or Class 0.5s accuracy under harsh conditions. Standard CTs often degrade due to rapid thermal expansion and dust ingress; hence, the adoption of epoxy-resin-cast and high-insulation dry-type transformers is essential for regional infrastructure longevity.
Strategic alignments for energy systems transitioning from legacy metering to automated AMR infrastructures.
Incorporating high-permeability nanocrystalline and silicon steel cores to maintain zero phase shift. Perfect for municipal prepaid metering applications compliant with SABS/SANS and IEC standards.
Engineered for heavy-duty switchgear in Swakopmund and Walvis Bay mining projects. Protects control devices from transient faults and manages thermal stability under overload conditions.
Facilitating solar PV grid feeding monitoring. Low-burden, wide-frequency CTs enable accurate power quality metrics and harmonic detection for wind and utility solar farms.
Step-down solutions and pole-mounted systems tailored for Namibia's medium and high-voltage grid requirements.
Employing advanced winding technology, rigorous quality testing, and scalable production to ensure product reliability for global power projects.
We engineer current sensing solutions to match specific customer blueprints.
Contact EngineerEnsuring supply chain predictability, strict compliance validation, and logistical support for African importers.
Fujian Smrtr Technology Co., Ltd. (Zentar®) incorporates automotive-grade quality control protocols (IATF 16949) into its daily operations. Each batch of raw materials—including low-loss silicon steel and high-permeability nanocrystalline cores—undergoes comprehensive electromagnetic validation prior to winding. Advanced automatic coil winders and eight-axis winding systems ensure consistent layer distributions, minimizing leakage inductance and phase error drift.
Our dedicated quality assurance labs perform impulse voltage breakdown tests, partial discharge tests, and thermal cycle testing mimicking high-desert climatic conditions. This ensures that every current transformer deployed in sub-metering grids, mining stations, and wind farms provides reliable performance without drift over a 20+ year lifespan.
Through our established freight channels, we ensure reliable delivery of products to the Port of Walvis Bay and regional distribution points across Windhoek and beyond. We supply full technical dossiers, type-test certificates (in accordance with IEC standards), and detailed installation drawings to ease engineering approvals with the Electricity Control Board and local utilities.
High-grade current sensors, split-core designs, and medium-to-low-voltage dry transformers engineered for utility distribution networks.
Answers to critical questions regarding electrical safety, design parameters, and compliance for engineers and buyers.
Smrtr Technology
