ENERGY REQUALIFICATION

Our studies are able to design energy redevelopment of civil and industrial buildings.

• Specifically we deal with:

• Diagnosis of the state of affairs;

• Thermographic investigations;

• Development of possible interventions and analytical identification of the most advantageous ones;

• Executive projects of the planned interventions (eg: thermal insulation systems, new heating systems, replacement of obsolete lighting, etc.);

• Technical Relations Drafting (ex Law 10/91 and subsequent amendments and / or regional regulations)

• Architectural design and request for possible municipal permits;

• Drafting of estimated estimates, technical specifications and contracts;

• Construction supervision;

• Management and transmission of ENEA practices for the request for tax incentives.

In general, the energy requalification interventions of the existing building heritage are aimed at:

• improve the comfort of indoor environments;

• contain energy consumption;

• reduce emissions of pollutants and their impact on the environment;

• use resources in a rational way, through the exploitation of renewable energy sources in substitution of fossil fuels;

• optimizing the management of energy services through heat regulation thermoregulation systems;

The opportunities for improvement should be evaluated with an energy diagnosis that highlights the main interventions, able to guarantee a profitable retrofit, affecting both the technological system and the energy management of the building, and basically concern:

• the improvement of the building envelope performance (increase of thermal insulation, replacement of doors and windows, installation of suitable solar shading systems …);

• the replacement of obsolete components of winter, summer and lighting air conditioning systems with others more energy-efficient and with less impact on the environment in terms of emissions produced;

• the use of free energy from the sun for the production of electricity (photovoltaic panels) and thermal energy (solar thermal panels);

• the correct management of natural ventilation and passive cooling in order to limit the diffusion of summer conditioning systems, responsible for increasing electricity consumption;

• review of contracts relating to energy services (financial incentive / disincentive mechanisms);

• the introduction of individual energy metering systems to raise awareness on reducing consumption.