Recently, NATUS Electric (China) successfully won the bid for a major energy power station project in Saudi Arabia and will supply ENERGON series withdrawable low-voltage switchgear together with complete MCC (motor control center) equipment. The project is executed in full compliance with IEC international standards and stringent power-station-level specifications. Leveraging robust product technology, consistent quality and efficient international project delivery, NATUS successfully passed the technical review and once again earned the trust of a high-end international customer.
The project is located in a tropical desert environment, where ambient temperatures in non-air-conditioned areas reach up to 50 °C. The atmosphere is corrosive in a manner typical of the oil and gas industry, and the pollution degree reaches IEC Class 3. The equipment is required to have a design life of no less than 25 years, short-circuit withstand of not less than 50 kA for 1 s, internal arc protection compliant with IEC 61641, and integration with the power station's DCMS distributed control system.
In response to the project's demanding operating conditions, the ENERGON series delivers comprehensive technical adaptation:
NATUS assembled a dedicated international project team to control design, production, inspection and documentation delivery throughout the entire process. The team strictly applied IEC standards and full-process quality control, completed the full set of factory acceptance tests (FAT), and provided complete technical documentation — ensuring on-schedule delivery while upholding the quality baseline.
This award is another achievement in NATUS's continued expansion in the Middle East energy market, and a further endorsement by an international engineering partner of ENERGON's product performance and service capability. Going forward, NATUS will continue to focus on high-end energy applications, refine its product technologies, and provide safe and reliable integrated low-voltage power distribution solutions to customers worldwide.