Leading overseas intelligent electricial and clean energy system solutions provider. Deepen localization management, build a world-class enterprise based on the local constantly expanding global layout.
CHINT has been deeply involved in the Jinhu Future City Project, customizing a new low-voltage power distribution system solution that can access photovoltaic new energy for it.
The sustainable development organizational structure allows CHINT to more effectively achieve sustainable development goals and lay a solid foundation for the long-term development.
The application of the low-voltage distributed photovoltaic system has made the grid-connection status, operating parameters, power quality, and electricity safety controllable and observable.
CHINT employees from across the globe briefly set aside their year-long hustle and bustle, allowing themselves to be fully immersed in this moment of peace and delight.
This guide provides step-by-step instructions for the proper installation, wiring, and testing of the NXB-63 MCB to ensure optimal performance and safety.
This guide provides step-by-step instructions for the proper installation, wiring, and testing of the NXM MCCB to ensure optimal performance and safety.
This guide provides step-by-step instructions for the proper installation, wiring, and testing of the NXA ACB to ensure optimal performance and safety.
Explore key principles and parameters of transformer design, ensuring efficiency, reliability, and optimized performance for diverse electrical applications.
Cooling methods for transformers include ONAN, ONAF, and OFAF, among others, which use thermal and fluid dynamics to adjust core and winding temperatures under different load circumstances.
CHINT believes green solutions and decarbonization are key to driving sustainable development. Our ESG approach integrates economic growth with environmental responsibility and social impact, aligning with global goals for a sustainable future. Explore how CHINT is shaping a greener tomorrow.