By MERLINDA A. PEDROSA
The Bacolod Sangguniang Panlungsod (SP) has approved a resolution expressing its strong support for pending legislative measures aimed at reducing the cost of solar energy devices and other renewable energy technologies.
The SP has appealed to Congress, through Deputy Speaker and Bacolod Lone District Representative Alfredo Abelardo Benitez, to prioritize the passage of bills that would make solar energy more affordable and accessible.
The measure cites the Philippines’ persistently high electricity rates, among the highest in Southeast Asia, and recognizes the need to expand access to renewable energy as a practical solution to lowering electricity costs while strengthening the country’s energy security.
Among the reforms endorsed by the SP are measures to reduce taxes and other costs associated with solar energy systems; simplify permitting and installation requirements; expand financing and government incentive programs; strengthen the implementation of net-metering policies; and encourage wider adoption of renewable energy technologies.
Councilor Caesar Distrito said the measure seeks to make clean energy a realistic option for ordinary Filipinos rather than a technology available only to those who can afford the high initial investment.
“Making solar energy more affordable means helping families reduce their monthly electricity bills while allowing businesses to lower operating costs. These reforms can also attract investments, create jobs, and strengthen our transition toward a more sustainable energy future,” he said.
Distrito added that wider adoption of solar energy would help lessen the country’s dependence on imported fossil fuels while contributing to the reduction of greenhouse gas emissions and the achievement of the Philippines’ climate and sustainable development commitments.
The resolution likewise underscores Bacolod’s commitment to promoting sustainable and resilient communities through renewable energy initiatives that provide long-term economic and environmental benefits./MAP, WDJ