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Power Generation Control and Monitoring System in a Gold Mine

A globally renowned gold mining company contacted Servintel to implement a parallel genset application with a notable peculiarity: they needed three interconnected power plants, each separated by more than 15 kilometers. The reason for this requirement was based on the need to have the autonomy to deploy the total available power at any of the three operational points, allowing for flexible and efficient use of large loads. This configuration would enable the mine to maximize its operational efficiency and respond effectively to energy demands at any of its locations.

The three power plants were designed with generators ranging from 900 kW to 2.5 MW, with a specific configuration for each. Power Plant A is equipped with four generators totaling 3.3 MW of power. Power Plant B also has four generators, but with a total power of 4.1 MW. Finally, Power Plant C comprises two generators, which also total 4.1 MW of power. To achieve this ambitious goal, a dual-linked fiber optic network was installed, ensuring robust and reliable communication between the controllers of the three plants. In total, approximately 28 kilometers of fiber optic cable were used to establish this interconnection.

Since its commissioning, the application has been operating continuously and efficiently, demonstrating the system’s reliability and the precision of the design. This solution has allowed the gold mine to operate with unprecedented energy autonomy, ensuring that the necessary power is always available at any operational point, regardless of external conditions. The success of this project is a testament to Servintel’s commitment to innovation and excellence in the design of control and monitoring systems for power generation. We are proud to have successfully addressed this complex challenge, providing a solution that not only meets the client’s requirements but also sets a new standard in the mining industry.