Energy efficiency

The company's production process requires a large consumption of energy resources. The recovery and reuse of even just a part of them brings important benefits for a production that faces increasingly competitive competition in terms of prices. Sinergi works alongside the company as a consultant in order to allow a rapid recovery of competitiveness by optimizing the use of the energy necessary for the production process.
The progressive achievement of energy efficiency is pursued through the following tools that Sinergi makes available:
1. ENERGY AUDIT - It consists of a highly professional consultancy approach whose objectives are:
- measurement of the current reference state;
- improvement in energy efficiency with reduction in consumption compared to the reference state;
- reduction of costs for energy supplies;
- improvement of environmental sustainability in the choice and use of these sources;
- possible requalification of the energy system in reference to regulatory obligations, company and market policies.

2. ENERGY MANAGEMENT SYSTEM (S.G.E.) - Consists of implementing a system of operational, technical and behavioral policies in order to pursue the following targets:
- control and reduction of energy costs and waste;
- knowledge of one's organizational and production system with clear attribution of costs, responsibilities and skills regarding energy consumption;
- involvement and participation of all employees in achieving the objectives;
- structural approach in the use of Energy, especially if you already adhere to System Certifications (ISO 14001 and 9001);
- control and reduction of the environmental impact of the energy system;
- ease of complying with legislative and/or regulatory constraints;
- greater availability for voluntary commitments and/or social agreements;
- improvement of the company image and/or marketing needs.

3. BUILDING ENERGY EFFICIENCY CERTIFICATE - The certificate is an official document produced by an accredited body (energy certifier) ​​and by various bodies recognized at local, regional and national level. The E. E. certification, in addition to being an interest in technical-commercial certification, is mandatory in the face of various regulatory frameworks.

Energy Certification Certificate

The certificate is an official document produced by an accredited entity (energy certifier) ​​and by various bodies recognized at local and regional level. Its usefulness currently has two main purposes of use:
- for the deed: The energy certification certificate is essential for all notarial deeds of sale of each individual property from 1 July 2009;
- for access to 65% deductions on IRPEF income: the energy certificate is part of the documentation necessary to obtain tax relief.

For the purposes of drafting the Energy Certification/Qualification Certificate of a building or a single real estate unit, Sinergi initiates the Energy Diagnosis or Energy audit, i.e. the systematic procedure aimed at acquiring adequate knowledge of the energy consumption profile of a building or single real estate unit. Energy Diagnosis is the tool that allows you to identify the inefficiencies and critical issues and to intervene with the lowest cost and most effective solutions in terms of reducing energy consumption, identifying and quantifying energy saving opportunities also in terms of costs/benefits.
At the end of the Energy Diagnosis Sinergi issues the Energy Certification or Qualification Certificate which establishes the absolute value of the property's consumption level by placing it in a specific class.

Consumption Optimization

The company's production process requires a large consumption of energy resources. The recovery and reuse of even just a part of them brings important benefits for a production that faces increasingly competitive competition in terms of prices.
Sinergi works alongside the company as a consultant in order to allow a rapid recovery of competitiveness by optimizing the use of the energy necessary for the production process.

Intervention methods
- Analysis of the company's technologies and production systems;
- Definition and characterization of the plant layout in relation to energy needs, their nature, distribution and variability on a daily, weekly, seasonal basis;
- Survey of the energy systems serving the production system and related performance characteristics; quantification of energy flows and related consumption;
- Analysis of energy costs in the current configuration;
- Development of a simulation model of the energy system integrated with a cogeneration group or a photovoltaic system;
- Simulation of energy system operation for different cogeneration / photovoltaic configurations;
- Analysis of performance and economic results compared to current ones and identification of the optimal configuration;
- Analysis of investments and profitability of the system.