Colombia BESS and solar project

Colombia has made remarkable progress in solar energy and Battery Energy Storage Systems (BESS) projects in recent years, which have not only propelled the country's energy transition but also brought numerous benefits to its local economy and society.

Solar Energy Project Overview

• Baranova I Photovoltaic Project: Invested and constructed by the China Three Gorges Corporation, it has an installed capacity of 23MW and is expected to commence power generation by the end of 2023. This project will create 300 job opportunities and supply electricity to approximately 25,000 households annually.
• Bosques de Los Llanos Photovoltaic Project: Developed and managed by Trina Solar, the second phase of this project has already been connected to the grid, and the third phase is under construction. It will significantly reduce carbon dioxide emissions and provide electricity to 71,400 households.
• Caracoli Photovoltaic Project: Canadian Solar successfully won the bid for a 52MW solar photovoltaic power station project, further expanding its presence in Colombia.

Moreover, the President and Minister of Energy of Colombia inaugurated the 10MW Espinal Solar Photovoltaic Project owned by Cubico Sustainable Investments and Celsia, marking its official operation.

As the proportion of renewable energy increases, the role of BESS in the power system becomes increasingly significant. BESS can smooth out the fluctuations in photovoltaic power generation, enhancing grid stability and reliability. For instance, a 560MW molten salt energy storage project in Chile demonstrates the potential of BESS in large-scale energy storage.

In Colombia, the application of BESS holds equal importance. Studies show that increasing energy storage capacity can reduce thermal power plant production and fuel consumption, thereby facilitating the integration of higher proportions of wind and solar energy. Specifically, a system with 2GW charge-discharge power and 10GWh storage capacity could potentially increase the comprehensive technical feasibility penetration rate of renewable energy from approximately 19% to 25% of total power generation.

Technology and Applications

BESS systems comprise energy storage battery systems, power conversion systems, and monitoring and control systems, enabling efficient energy storage and release. For instance, the Chelion BESS system can switch to off-grid mode within a short period, ensuring uninterrupted power supply. Additionally, BESS can mitigate peak shaving pressure in power systems, stabilize damping control, and alleviate transmission congestion.

Economic Benefits and Market Prospects

Despite the relatively high commercialization costs of BESS, their flexibility and diversity make them increasingly promising in the power market. Through mechanisms such as contract markets and spot electricity markets, BESS can participate in various physical characteristic markets, providing services like frequency regulation, demand response, and congestion relief.

In conclusion, Colombia has achieved significant milestones in advancing solar energy and BESS projects. These endeavors have not only upgraded the country's energy structure but also contributed significantly to local economic development and social progress. As technology advances and markets expand, Colombia is poised to occupy an even more prominent position in the global renewable energy landscape.

Huijue, as a reputable provider in the renewable energy sector, offers exceptional photovoltaic storage solutions tailored to meet the evolving needs of the industry. By leveraging advanced technologies and deep industry insights, Huijue ensures the seamless integration of solar energy systems with battery energy storage systems (BESS), optimizing energy efficiency and maximizing the value proposition for clients. Our comprehensive services range from design consultation, system integration, to ongoing maintenance and support, empowering sustainable energy transitions globally.