Among the measures being undertaken include the installation of a biomass boiler in the pool, solar thermal installation on the football field, the installation of a thermal blanket by the pool, improving the efficiency of facilities lighting around the sports complex as well as other measures such as placing shutters, storm doors, thermostats and flow limiters for improving the energy efficiency of the center.
It is also planned to install 10 kWp solar photovoltaic for consumption on the premises.
With these actions, the overall energy consumption is reduced by approximately 50%.
The Municipality of Puerto Lumbreras, in collaboration with the company Dalkia, has begun implementing a comprehensive and integrated performance energy services aimed at reducing energy consumption and CO2 emissions of the facilities of the Municipal Hall, which includes a heated pool, sports , summer pool and soccer field.
Thus, among the measures being undertaken to achieve this goal of reducing energy costs by over 50%, was the installation of a biomass boiler in the pool, solar thermal installation in the municipal soccer field the installation of a thermal blanket by the pool, installing a system power control and repair of solar thermal installation in the pool.
In this sense, the mayor of Puerto Lumbreras, Maria Angeles Tunisia explained that this overall performance get save over 50% energy consumption. "In addition, Tunisia has stated that" with the installation of biomass also save on Propane gas consumption in the heated pool. "
Thus, there will also be improvements in the efficiency of indoor and outdoor lighting by selective replacement of lighting, respecting some existing luminaires.
In general, halogen lamps are replaced by LED technology lamps and lamps of 125 W Mercury Vapor lamps are replaced by sodium vapor 70 W, among other measures.
Thus, the overall energy consumption is reduced by 50%.
Currently the energy consumption of propane is 668,202 kWh of electricity and 382,523 kWh.
Source: Ayuntamiento de Puerto Lumbreras