EV Charging Solution for Steel Industrial Park
- infosanopower
- 4 minutes ago
- 1 min read
Sano Energy lunched a 240kW EV fast charging project for a Steel Industrial Park to help industrial decarbonization and to support the park’s transition to green logistics. This initiative is a cooperative effort focused on powering electric dump trucks and electric tractors operating within the steel manufacturing ecosystem.

At the heart of the project are five 240kW dual-plug DC fast chargers, enabling high-power, rapid charging with exceptional efficiency. These charging stations will form the backbone of the zone’s new-energy vehicle operations, drastically reducing vehicle downtime and ensuring round-the-clock availability of clean energy.
The project offers comprehensive guidance and support across multiple aspects of EV infrastructure deployment, including configuration planning, equipment selection, site design and construction, charging platform setup, daily operation, maintenance management, and insurance services.

The initiative is being carried out in collaboration with a forward-looking steel company established on March 11, 2019. Located within the Steel Supporting Industrial Park, the company has consistently prioritized innovation in metal product manufacturing and the application of green energy solutions. Its efforts to modernize through the development of smart steel parks and integrated commercial complexes have positioned it as a leader in sustainable industrial practices.

In a landmark achievement, the company was awarded the Type I three-star “zero-carbon factory” certification on November 28, 2024—becoming the first to do so. The facility’s photovoltaic systems and new energy charging infrastructure enable 24/7 pollution-free operations, with a greenhouse gas offset rate reaching an impressive 50.10%.
This latest EV charging initiative further cements the company’s commitment to a cleaner, smarter future and sets a benchmark for industrial zones nationwide aiming to embrace low-carbon transportation and sustainable energy.
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