About this Course
Battery Energy Storage Systems (BESS) have emerged as a key solution for addressing the intermittent nature of solar and wind power, particularly with the global rise of renewable energy. The integration of large-scale renewable energy relies heavily on BESS to enhance grid stability and reliability. Despite their crucial role in the energy transition, the BESS market in Southeast Asia remains in its early stages. To drive further development, targeted policies, the expansion of renewable energy, and collaboration among public, private, and international stakeholders are essential for advancing the BESS sector in the region.
As the share of variable renewable energy sources continues to grow within electricity systems, BESS will play an increasingly vital role. It will support frequency regulation, provide operational reserves, and enable wholesale energy arbitrage while helping to lower grid integration costs.
Various strategies exist to optimize the economic and operational efficiency of BESS. Advanced methodologies for system sizing and charge/discharge scheduling algorithms have been developed to maximize revenue generation and minimize operational expenses.
While BESS deployment is widespread in developed nations, commercialization in developing countries remains limited. For nations with weak grid infrastructures, BESS presents a transformative opportunity to integrate higher shares of renewable energy, enhance grid resilience, and improve overall energy reliability.
The significant market potential for BESS in developing countries underscores the importance of learning from global best practices and emerging market trends. Gaining insights into successful implementations will be crucial for fostering sustainable BESS adoption in these regions.
This highly interactive training program will provide participants with the latest industry insights and best practices for maximizing the economic benefits of BESS participation in the electricity market.