CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant | GZZHYUN

Project Overview Against the national goals of carbon peaking and carbon neutrality, CHN ENERGY Taizhou Power Generation Co., Ltd. — a key energy enterprise in

Project Overview

Against the national goals of carbon peaking and carbon neutrality, CHN ENERGY Taizhou Power Generation Co., Ltd. — a key energy enterprise in Jiangsu Province — partnered with Guangzhou GZZHYUN Technology Co., Ltd. to carry out intelligent upgrading of its conference and monitoring systems.

GZZHYUN provided a custom 17.3-inch motorized lift terminal solution featuring high stability, energy-saving design, and efficient data transmission. The project greatly improved operational monitoring efficiency, optimized resource allocation, and supported green, low-carbon development, setting a new benchmark for smart power plant construction.

 CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant

Project Background

As one of the largest thermal power enterprises in Jiangsu Province, CHN ENERGY Taizhou Power Generation boasts a coal-fired installed capacity of 4,000,000 kW. To pursue safer, more efficient, and low-carbon operations, the company planned to:

With rich experience in intelligent hardware and system integration, GZZHYUN became the trusted partner for this intelligent transformation.

 CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant

 

Core Solution & Product Highlights

Custom 17.3-Inch Motorized Lift Terminal

 CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant


CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant


CHN ENERGY Taizhou Power Generation Co., Ltd. Intelligent Upgrade Project for Smart Power Plant

 

Project Outcomes & Values

1. Improved Monitoring Efficiency

High-definition display and convenient control enable operators to quickly detect anomalies, respond in a timely manner, and reduce potential safety risks.

2. Optimized Resource Allocation

Real-time data transmission and analysis support accurate operational scheduling, improved energy efficiency, and reduced operating costs.

3. Promoted Energy Saving & Emission Reduction

Energy-saving hardware design and efficient digital management help lower overall power consumption and support the “dual carbon” strategy.

4. Enhanced Intelligent Operation

Modernized intelligent equipment upgrades the corporate image and lays a solid foundation for future smart power plant expansion.