Views: 0 Author: Site Editor Publish Time: 2026-01-17 Origin: Site
January 4, 2026 - HAIVO Electric, a leading innovator in power transmission and distribution equipment, proudly announces that its of Zinc Oxide Surge Arresters for voltage ratings from 3kV to 36kV has successfully passed the rigorous type tests conducted by KEMA Laboratories, a globally recognized independent testing and certification body. This achievement secures the official KEMA Type Test Report, affirming the product series' full compliance with international standards, including IEC 60099-4.
The KEMA certification is a significant milestone for HAIVO Electric, underscoring its commitment to engineering excellence, product safety, and reliability. The comprehensive test protocol evaluated the arresters' critical performance parameters under simulated real-world conditions, including designated discharge current tests, residual voltage tests, long-duration current impulse tests, and thermal stability assessments. Passing these stringent tests validates that the Arrester Series offers robust overvoltage protection, ensuring enhanced grid stability and equipment safety for utilities and industrial clients worldwide.
"This KEMA report is a powerful testament to our R&D capabilities and manufacturing quality," said Mr. GU, International Business Director of HAIVO Electric. "In today's global market, third-party validation from an authority like KEMA is essential. It provides our international partners with undeniable confidence in our products' performance, safety, and adherence to the highest industry benchmarks. This certification is a key enabler for our expansion across European, Asian, and other discerning markets."
Surge arresters are designed for superior durability and performance in diverse environmental conditions. They feature high-grade zinc oxide elements, excellent sealing technology, and a compact, robust design. With this international certification, HAIVO Electric is poised to strengthen its position as a reliable global supplier of high-quality medium-voltage grid components.
