KINGBROTHER is committed to providing power companies with high-quality, high-technology electronic manufacturing solutions to build a sustainable and connected energy future.
A tier one electric power company needed to outsource the new PCB design, production and basic functional testing to improve the reliability of product design and components in the electric environment.
Thank you for KINGBROTHER's long-term commitment to "customer-center" philosophy, for providing us with high-quality products and services.
Working with KINGBROTHER is a real advantage, their immediate, active response and communication with our materials, inspection, testing, and production departments are unparalleled and their commitment to transparency regarding design and production improvements is commendable, that’s allowing to successfully complete the project renovation cooperation task before the customer's required time.
--CHINA XD GROUP CO, LTD
Reliability
Reliable product design and components in electrical environments are crucial for ensuring safety, preventing system failures, and maintaining consistent performance.
Precise triggering: Accurately trigger thyristors based on control commands to control the flow of current.
Comprehensive protection: Provides various protections such as over-current and over-voltage to ensure system safety.
Real-time monitoring: Continuously monitors the status of the converter valve, including key parameters like current and voltage.
Redundant design: Employs redundant design to enhance system reliability and fault tolerance.
Fault diagnosis: Capable of fault identification and localization for quick maintenance.
Operating environment
Outdoor climate (sand, humidity, salt fog, etc.), operating environment (different temperature, atmosphere and seasons), or complex electromagnetic environment are often the cause of high maintenance difficulty.
We use corrosion-resistant materials, moisture-proof materials and coatings to resist the effects of humidity and salt fog. Also, we focus on heat dissipation solutions, such as incorporating thermal dissipation layers and utilizing materials with high thermal conductivity, to prevent performance degradation or damage due to overheating.