
Valenzuela City Mayor WES Gatchalian leads the inauguration of the first solar-powered barangay hall in the city, the Bisig Barangay Hall, October 12, 2022. The three-storey building was one of the projects of the mayor during his last term as Deputy Speaker but has finished construction now that he is the chief executive of the City. The building with a total floor area of 348.6 square meters is powered by 24 solar panels that can generate a maximum of 10,800-kilowatt energy to power the operation of the building.

The New Bisig Welcome Arc was also inaugurated during inauguration of the first solar-powered barangay hall in the city, the Bisig Barangay Hall, October 12, 2022. The three-storey building was one of the projects of the mayor during his last term as Deputy Speaker but has finished construction now that he is the chief executive of the City. The building with a total floor area of 348.6 square meters is powered by 24 solar panels that can generate a maximum of 10,800-kilowatt energy to power the operation of the building.

Mayor WES Gatchalian (center) led the cutting of the ribbon on the inauguration and blessing of the new Bisig Barangay Hall. It is the first solar-powered barangay hall in the city, the Bisig Barangay Hall, October 12, 2022. The three-storey building was one of the projects of the mayor during his last term as Deputy Speaker but has finished construction now that he is the chief executive of the City. The building with a total floor area of 348.6 square meters is powered by 24 solar panels that can generate a maximum of 10,800-kilowatt energy to power the operation of the building.

Valenzuela City Mayor WES Gatchalian leads the inauguration of the first solar-powered barangay hall in the City, the Bisig Barangay Hall, October 12, 2022. The three-storey building was one of the projects of the Mayor during his last term as Deputy Speaker but has finished construction now that he is the chief executive of the City. The building with a total floor area of 348.6 square meters is powered by 24 solar panels that can generate a maximum of 10,800 kilowatt energy to power the operation of the building.