In accordance with the provisions of the Energy Efficiency Law and the Regulation on Increasing Efficiency in the Use of Energy Resources and Energy; "Energy Manager" training is organized for the certification of the persons to be assigned as energy managers in public institutions and organizations, industrial enterprises, organized industrial zones, power generation facilities and buildings.

The energy manager is the person who performs all activities in the field of energy in industrial facilities or buildings in accordance with the relevant laws and provisions.

It is aimed that the people who will get the energy manager certificate have the following competencies.

• Primary energy resources in the world and in Turkey, having about secondary energy types and supply-demand relations,

• To distinguish between energy saving and energy efficiency,

• To know what the energy saving potential is and how it can be estimated,

• To know the concepts of energy intensity and specific energy consumption, calculation methods and trends throughout the country, industrial sectors and industrial enterprises,

• To know how to carry out and report on energy management activities,

• To be familiar with the technical characteristics of the equipment and systems that use energy, operation and maintenance procedures, to know how energy losses and inefficiencies may occur, how to prevent, measure and interpret the measurements,

• To know the losses, measurement ways and insulation measures that may occur in systems where heat is produced, stored and transported,

• Knowing good habits that can save money with simple measures,

• To know efficient production processes and energy efficient products in the market with their technical and economic features,

• To be able to prepare preliminary feasibilities for the measures that require significant expenditure that can save energy or increase energy efficiency,

• To have information about the methods of study and project preparation.

Energy manager trainings are conducted in accordance with the curriculum topics below.

• Alternative energy sources; energy supply and demand side developments,

• Energy Efficiency legislation,

• The importance of energy saving and efficiency

• Renewable energy sources

• Energy saving potential, energy density and specific energy consumption, concepts calculation methods, trends

• Measures to increase energy efficiency

• Energy and environment (Environmental legislation, Energy - Environment Relationship, Effects of Fuel Properties on Air Quality, Measures to Prevent Air Pollution - Techniques,

• Emission Calculation Methods

• Energy management standard

• Duties of the energy manager (Goal creation, awareness, planning, monitoring, data collection and reporting)

• Minimum standard of audits and projects

• Measurement techniques, devices and equipment

• Economic analysis methods

• Feasibility studies

• Energy and mass balances (Basic concepts, Sankey diagram, formulas, psychrometric diagram, practical example)

• Combustion plants, fuels and combustion (Burners, Chimneys, Boilers, Yield Accounts, Fuels, Improving the Calorific Value of Fuels, Converting Fuels to TEP Value, Flue Gas Analysis, Combustion Formulas, Combustion Control and Improvement)

• Steam systems (Concepts, Steam installations, Condensate recovery, Flash steam, Steam traps, losses and leaks)

• Thermal insulation (Calculation formulas, insulation materials, selection of suitable materials, insulation in industrial plants, insulation of pipes, valves and flanges, insulation in buildings, windows and glasses)

• Industrial furnaces (Furnace types, Energy and / or mass balance in furnaces, Operation and modernization, Energy efficiency measures)

• Heating, ventilation and air conditioning (Concepts, Heating and cooling load calculation and project design, control systems in buildings)

• Compressed air systems (compressors, Control systems, distribution lines, Compressed air quality, losses and leaks, waste heat usage)

• Drying systems (Drying Concept / Drying Processes and Application Areas, Psychrometric calculations)

• Waste heat use (Concept of Waste Heat, Waste Heat Focuses, Waste Heat Recovery equipment and Systems and Application Areas, Formulas calculations, Examples)

• Pump and fan systems (Pump-fan curve, device efficiencies, installation curve, pressure losses, flow-pressure control methods, hydrophores)

• Cooling

• Electric energy - concepts and magnitudes (current, voltage, power and power factor etc.)

• Efficiency in electricity (production, transmission, distribution, consumption) and demand side management

• Measurement and monitoring of electrical energy (electricity, scada systems etc.)

• Types, losses and efficiencies of power transformers

• Reactive power, power factor and compensation applications, harmonics and filters

• Types of electric motors, losses, efficiencies and common uses (fan, pump, compressor)

• Variable speed drives, soft starters and application areas

• Efficient use of electrical energy in lighting (efficient fixtures, control systems etc.)

• Combined heat-power systems (Cogeneration, trigeneration), types and efficiency

• Efficient electrical appliances and office equipment

• Automation Systems

Enve Energy, which has combined the theoretical knowledge with its practical experience with its experienced trainers, has provided the certificate to over 400 engineers, thus providing them with a certificate of energy manager training. Please contact us to determine the appropriate formal or distance education options and take your place in the education groups before the quotas are filled.