The collection features typical success cases of the company across multiple regions and industries worldwide, covering three core business areas: including a commercial and industrial energy storage system project at a factory in Europe (achieving a 30% reduction in electricity costs), an EV charging network project for a community in North America (compatible with the NACS standard, meeting the charging needs of 500+ parking spaces), and a smart grid optimization project in a region of Asia-Pacific (reducing fault recovery time by 80% through recloser controllers and distribution automation systems), among others.
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Project Background: Focus on Bangladesh Power Grid Pain Points and Explore Upgrade Paths TogetherIn recent years, with the rapid economic development of Bangladesh, the demand for electricity has been continuously rising, and the upgrading and transformation of power grid infrastructure have become key initiatives to support the country's energy security and economic growth. In in-depth communications with the local core power supply company, we found that the 10-40.5KV vacuum circuit breakers iSuccessful Case of Renovation and Intelligent Optimization of 10-40.5KV Vacuum Circuit Breaker in Bangladesh12/04/2025 -
In the process of energy development on the African continent, Tanzania's power sector is undergoing a crucial upgrading transformation. As an important pillar for Tanzania's economic and social development, the stable operation and automation level of the distribution network are directly related to the daily life of the people, the continuous advancement of industrial production, and the growth vitality of the regional economy. However, for a long time, the distribution network in some regionsRockwill Automatic Recloser: Empowering the Automation of Tanzania's Distribution Network and Illuminating a New Future for Africa's Energy Sector10/11/2025 -
In 2016, The State Grid first proposed the concept of distribution primary and secondary integration technology. The core of this technology lies in the in-depth integration and collaborative design of primary equipment (such as switchgear, circuit breakers, transformers, etc.) and secondary equipment (such as distribution terminals DTU/FTU, protection devices, communication modules, etc.), ultimately realizing functional integration, information sharing, and intelligent control of the distributRetrofit the pole-mounted circuit breakers and ring main units（RMU） to enable old equipment to also be connected to the power monitoring system.10/08/2025 -
Zhejiang Rockwill Energy SMS Communication Distribution Network Automation Service's Multinational CasesIn the global process of power distribution network construction, communication conditions have always been a key factor affecting the level of distribution network automation. Especially in remote areas of Southeast Asia, Central Asia, and some developing countries, 4G communication network signals are weak and unstable. Traditional distribution network automation equipment that relies on 4GBreaking Through Communication Bottlenecks, Safeguarding Power Supply Security10/08/2025
