Renewable Energies

We carry out all types of renewable energy installations and maintenance. Our long experience and history in the world of renewable energy support us to adapt to the needs and expectations of the customer.

• Photovoltaic Installations: Isolated and connected to the grid, solar trackers, thermal and mixed. Installations of consumption to achieve energy independence.
• Solar Thermal: solar thermal and heating Followers pool to take advantage of low temperature solar thermal energy for domestic and industrial. Hot water, heating, swimming pool heating, etc.
• Geothermal: Geothermal HVAC by using the present energy in the crust to heat or cool the interior of a home office or a residential industry.
• Aerothermal: • Is a system economically profitable and ecologically sustainable. System based on the exchange through an air-water heat pump absorbs and recovers energy from the outside air and the heat transfer heating circuit inside the house.
• Biomass: In domestic or industrial buildings, demand for thermal energy can be provided by biomass for either heating or hot water.

Energy Efficiency

Increasing efficiency means improving our quality of life, allowing us to maintain or increase comfort with less energy consumption.

Energy certification has become in the coming years a fundamental tool of information for users about the energy consumption of buildings and homes, as well as an instrument of market efficiency when deciding to rent or buy a home and, therefore, a value. The sustainable use of energy resources is a major challenge because of the states, and since the buildings are a major consumer of energy, a future state policy priorities will be held in this sector.

Buildings Certification

Buildings consume about a third of total final energy in the European Union. In many countries, the majority of homes have no proper insulation. These figures give an idea of the potential energy savings that this sector in the long term if implemented efficiency measures and reducing consumption. The certification of energy efficiency of buildings directive 2010/31/UE defined by the European Union aimed specifically at reducing the consumption of new buildings until the buildings with almost zero energy consumption.

How much a building consume?

The research Análisis del consumo energético del sector residencial en España (Analysis of Energy consumption in the residential area in Spain) made by IDAE to know and analyze the consumption of more than 17 millions of Spanish homes, shows that the domestic area consumes the 17% of the sum final energy and 25% of the electricity. The heating is the most consumed service and the electrical appliances are the ones which require more electrical power. This research has analyzed globally the consumptions for usages, energy resources and domestic equipment features, in three climatic areas in the country. It has been promoted and financed (50%) by Eurostat, CE statistics agency, to design and systematize a methodology, and it has measured real time electrical consumption, including standby. The research has enabled determining that the isolated single family home doubles the consumption of a traditional home; the standby consumption is higher than refrigerator’s. The television is the second electrical appliance after the refrigerator regarding electrical consumption. The centralized heating and ACS services consume 22% less than the single ones, among other data available.

Energy Audits

Electrical Pinto conducts energy audits and diagnostics, at the request of the customer or in those places where the frequency of incidents is significant.

An energy audit is a systematic process to obtain adequate knowledge of the existing energy consumption profile of a building or group of buildings, a facility or industrial or commercial operation or a public or private service, and to determine and quantify the potential energy savings to report thereon.

Process compares current energy scenario with a good scenario, in order to identify the distinctive features and make suggestions for improvement to reduce the consumption of feasible form.

The end result will be a report with findings and recommendations involving:

• Process: through a detailed study of the processes, as well as the variables of operation (operating cycle, demand …), a relation between the operating system and associated consumption in search of greater energy efficiency.
• Habits: a source of savings comes immediately to assess the personal habits of the company in relation to the use of machines, computers, air conditioning, etc.. Proposed corrective actions and habits assessed its impact on economic and environmental level.
• Investments: we evaluated a number of investments and other assets that allow devices to obtain energy savings, determining the simple payback period of the investment.