Project Overview

project type

Large flatland photovoltaic power station

project's venue

Brazil - Pernambuco

Project capacity


product type


Technological Highlights:

Flatland PV power station

Technically, the project is remarkable for its advanced engineering and technological solutions. The solar plant will feature over 200,000 high-efficiency photovoltaic panels, which technicians have done in order to maximise the electricity output of the plant. Technicians will install these panels on fixed structures with solar trackers to follow the sun's path and optimize energy generation. In addition, the plant will be equipped with inverters that transform direct current (DC) into alternating current (AC), which can be efficiently transmitted through the grid.

Furthermore, the power plant will include an innovative energy storage system, which will be used to store excess energy generated during peak hours. The storage system will enable the plant to supply electricity during periods of low solar irradiation, which will increase the plant's overall productivity and stability.

Project Highlights

Project Highlights:

Flatland PV power station

Apart from its technical features, the project also boasts impressive project highlights. Firstly, it is one of the largest solar energy projects in Brazil, and it is expected to produce enough electricity to meet the energy demands of over 300,000 households. The plant is also expected to avoid the emission of around 118,000 tons of CO2 per year, which is equivalent to removing around 23,000 cars from the road.

Moreover, the plant is a significant contributor to the local economy. During the construction phase, it created employment opportunities for more than 1,000 people, and during the operation phase, it will create jobs for over 50 people. Furthermore, the project demonstrates the collaboration between China and Brazil in developing sustainable energy sources, which can help to reduce global CO2 emissions.

In conclusion, the 80MW ground-mounted solar power plant project in Pernambuco, Brazil is an impressive feat of engineering and innovation. With its advanced technological features and its contribution to mitigating climate change, the project is a significant step forward in achieving Brazil's renewable energy targets. Additionally, the project's employment opportunities and its cross-border collaboration highlight the potential for sustainable development in the global energy sector.