Tirso Vazquez's Contact Details

Tirso Vazquez's Company Details

BOMBEATEC

Cariñena, Aragón, Spain • 19 Employees
Farming

BOMBEATEC was born with the main objective of improving the agricultural environment through the introduction of high technological solutions applied to pumping system in rural areas. Formed by a team of agronomists, mechanical, electrical, electronic, and technical installers with extensive experience in renewable energy and hydraulics. Thanks to our technical-commercial network we extend to provide our services through all the World.We have a Research and Development Center where we work to provide the most advance technology, thanks to which our solar pumping solutions are the most reliable and high tech.MASLOWATEN PROJECTThe MASLOWATEN project with funds from the European Union program "Horizon 2020", had as main objective the introduction to the market of a new ecological solution that consists in the use of photovoltaic pumping systems for agricultural irrigation which doesn't consume conventional electricity. 25 companies from different countries around the world, including BOMBEATEC, have benefited from the technology transfer developed by MASLOWATEN. Among its objectives, is the integration to the pre-existing irrigation system, the long-term reliability of the installation, the adjustment of the production profile on the water demand, and the solution to the problems derived from the solar radiation fluctuations.VALUE ADDED BY BOMBEATECEnvironmental sustainability is our fundamental premise and this is why our solutions are based on the maximum use of solar energy. For this reason, Bombeatec has developed an action plan that allows carrying out an individualized and optimized design for each installation. This is done by taking into account the water demand of the each crop ant the pre-existing irrigation system for every type of installation, resulting in an autonomous and intelligent system, able of managing the energy available at any given time and solving all the problems derived from the fluctuation of solar irradiance.