CHINT ANNENG Receives Zhejiang Provincial Electric Power Science and Technology Progress Award in China for Innovation in Integrated Energy Services

2025-09-19 18:06:08
September 19th, 2025 | Zihan Zheng


Zhejiang, China — Recently, the official winners of the 2025 Zhejiang Electric Power Science and Technology Progress Award were announced. The project titled "Key Technologies and Applications for Collaborative Control of Distributed Resources Based on the Integration of Distribution System Information Models," jointly submitted by CHINT ANNENG Digital Energy (Zhejiang, China) Co., Ltd., was recognized for its outstanding contributions to the intelligent upgrading of power distribution networks and the efficient utilization of distributed energy resources.


This prestigious award is jointly presented by the Zhejiang Society for Electric Power and the Zhejiang Electric Power Science and Technology Award Office, representing high-level recognition of CHINT ANNENG’s technological innovation and its significant contributions to the energy industry.


This achievement highlights CHINT ANNENG's role as a driving force in China's smart energy transformation.


Collaborative Innovation: Overcoming Technical Barriers in Real-World Scenarios

The project successfully tackled key technical challenges associated with the large-scale integration of distributed energy resources, including collaborative control, multi-regional distribution network optimization, and power quality enhancement. Through its innovative outcomes, the project established a flexible "plug-and-play" control architecture for distributed resources, enabling secure and efficient operation of distribution networks and comprehensive power quality management.


As a core contributor to the project, CHINT ANNENG played a leading role in the development and deployment of flexible control technologies for distributed power sources and integrated power quality management solutions. The company’s coordination and optimization software for multi-distribution networks was rigorously validated through extensive large-scale testing.

These technologies and solutions have already been applied in distributed photovoltaic projects across Zhejiang, Jiangsu, and other provinces, effectively overcoming the technical bottlenecks of large-scale integration. Their application has significantly improved grid compatibility, operational efficiency, and overall power quality.

Technology-Driven Strategy: Enabling Integrated Energy Service Development

The award-winning key technologies and core equipment provide critical technical support for CHINT ANNENG’s integrated energy service strategy. In the construction of zero-carbon villages, industry-leading centralized convergence control technology ensures stable power supply and optimizes energy efficiency. This facilitates high-efficiency, on-site consumption of distributed photovoltaics and supports the implementation of the "villagers + village collectives" shared benefit model, contributing to the national **"Thousand Villages, Ten Thousand Homes Solar Initiative."


These innovations are also being extended to zero-carbon communities and green transportation scenarios, accelerating the scalable deployment of smart microgrid solutions. By enhancing the full-lifecycle operational efficiency of power stations, these technologies help ensure stable project returns, empower partners to explore new markets, and contribute to building a robust integrated energy services ecosystem.


Continuous Innovation: Leading the Future of Green Energy

Building on this strategic milestone, CHINT ANNENG will continue to invest in research and innovation, deepening its efforts in key areas such as smart microgrids and other critical technologies. The company remains committed to strengthening its technological reserves and solution capabilities in the integrated energy services field.


Looking ahead, CHINT ANNENG aims to contribute its unique "ANNENG Power" to the advancement of electric power science and technology in Zhejiang Province and across China — helping to build a new power system and driving high-quality, sustainable economic and social development.