Project Overview

project type

Commercial and Industrial Distributed

project's venue


Project capacity


25 years of total electricity generation

170 million kWh

product type


Technical Highlights


The project boasts several technological innovations that make it an exemplary model for green energy projects all over the world. Here are some of the key technical highlights of shanghai metro photovoltaic project:

1. Integration of Building Design and Energy Efficiency: The project is aimed at integrating the design of buildings and energy efficiency, which will result in sustainable buildings with minimal energy consumption. The solar panels installed on the rooftops are designed to be compatible with the architecture and aesthetics of the buildings.

2. Intelligent System Management: The project incorporates an advanced software system for real-time monitoring, data analysis and fault diagnosis of each solar panel. This ensures optimal performance of the solar system and reduces maintenance costs.

3. High-Efficiency Solar Panels: The solar panels installed in the project are of high-efficiency, having a conversion rate of around 18%. The technicians designed these panels in such a way as to capture more solar energy and generate more electricity than conventional panels.

4. Energy Storage System: The project is equipped with an energy storage system that utilizes lithium-ion batteries for storing excess electricity generated by the solar panels. People can use this stored energy during peak hours or in case of power outages.

Project Highlights

Technical Highlights

The Shanghai Metro Business and Industrial Distributed Solar Power Photovoltaic Project is an innovative and transformative initiative that has several salient project highlights. Here are some of the key project highlights:

1. Greater Energy Security: The project will ensure greater energy security for the city of Shanghai, particularly during peak hours. The electricity generated by the solar panels will be used for powering the metro stations and commercial buildings, thereby reducing the dependence on conventional sources of electricity.

2. Significant Reduction in Carbon Emissions: The project will reduce carbon emissions by approximately 20,000 tonnes annually.This will make a significant contribution to the efforts to combat climate change and improve air quality in the city.

3. Improved Energy Efficiency: The project will improve energy efficiency in metro stations and commercial buildings, resulting in lower energy bills and operational costs for the Shanghai Metro.

4. Boost to Sustainable Development: The project is aligned with the United Nations' Sustainable Development Goals, particularly Goal 7: Affordable and Clean Energies. The project will foster the use of renewable energy and promote sustainable development in urban areas.