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Our services

Energy efficiency for enterprises and public agencies

Our goal is to achieve continuous energy improvement for our clients by offering cutting-edge solutions through high-profile technological and management skills.
We offer the market professional engineering services based on internally developed assets in the following areas:

Consulting, studies and evaluations

We develop design solutions aimed at energy efficiency of building-plant systems through technical-economic feasibility analysis at the preliminary level. We support our clients in defining a sustainable path and obtaining any incentives.

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Bid engineering

We carry out projects aimed at the Public Administration on behalf of our clients, drafting technical and economic-financial analyses, bid projects for tenders, public-private partnerships and technical-economic feasibility projects.

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We carry out projects at any level of detail of technological installations and construction works aimed at energy efficiency, also performing project management activities within complex projects. We also do construction management, testing and project verification.

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Technical Services

As an additional technical support aimed at our clients we carry out the preparatory activities for project development such as architectural and plant surveys and censuses, reconstruction of property records, due-diligence.

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Engineering for energy and environmental sustainability

Our approach

The complexity of the energy systems we deal with on a daily basis requires a multidisciplinary approach to achieve the goals of energy efficiency, cost cutting, and environmental impact reduction.

Beginning with the analysis of the system and once its critical issues have been identified, interventions on thermal and electrical systems, production systems and the building envelope are defined organically, proposing the use of renewable energy systems, management systems, automation, measurement and control of the systems.

The necessary investments, achievable energy and maintenance benefits, and possible incentives are then defined, to carry out a cost-benefit analysis of efficiency upgrades. This will make it possible to define an optimal and economically sustainable path of implementation.

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