Energy Efficiency Services

Mechanic Installation Service Hits: 283

With 20 years of industry experience and expert staff, POEN can diagnose where you can improve your existing systems, evaluate your potential energy savings and provide contracting services.

For this purpose, it can provide industrial and commercial energy evaluations and feasibility studies by making measurements that technology is used effectively in your facilities. In this context, Energy Efficiency services are provided in the fields listed below;

Air compressors and Compressed air system measurements and analysis
Steam system measurements and analysis
Performance measurements of boiler and chiller systems
Waste Heat Recovery Measurements
Lighting measurements
Process motors and Pump actual power measurements
Energy quality measurements in electrical devices
Determining suggestions for improvement
Determination of the priority recommendations list based on the return on investment period

As a result of these analyzes, the below-mentioned benefits are aimed to be provided in the facilities;

Compressed Air System Analysis

As a result of the analyzes, it is aimed to optimize the energy use in the existing compressed air system installed in the facility.

Engineering: ensuring the design of the compressed air system in a way that causes minimum pressure losses by analyzing the design and diameter selections of the compressor room and compressed air system in detail.
Detection of Air Leaks: energy recovery up to 15% by finding and removing air leaks.
Energy monitoring system installation: With compressed air measurement and energy monitoring system, it becomes traceable how much air is needed, which compressors work with what efficiency and how many kW energy is spent for 1 m3 of air.
Waste heat recovery system: ensuring that the heat from the compressors is used in another place that requires energy.

Waste Heat Recovery

As a result of the analyzes made in the systems where waste heat is generated in the facilities, system designs for waste heat recovery are made.

It is possible to recover the waste heat that is thrown into the air from the machines producing waste heat in cogeneration plants, boilers, ovens, compressors etc. in industrial facilities with economizer or recuperator systems. Hot water or hot air to be obtained in this way can be reused in the systems listed below.

Heating of administrative buildings, heating of domestic water,
Heating of feed water in steam boilers
Pre-drying in drying ovens
Preheating in textile dyeing machines
Preheating in air handling units

Lighting Measurements

Analyzing the lighting fixtures used in the facilities and developing applications that will save energy below.

Replacing existing inefficient lighting fixtures with less energy consuming fixtures,
Reducing the working time of the lighting with motion sensors to provide energy efficiency
Saving on energy consumption by making maximum use of daylight lighting systems.

Process Engines and Pumps;

Developing energy saving applications by making real power measurements and analysis in process engines and pumps used in the facilities

Saving energy by applying inverter to electric motors.
Replacing the devices that work in the facilities used in their facilities larger than the required capacity and inefficiently with high efficiency devices suitable for the need.

Energy Monitoring System

Energy consumption can be monitored instantaneously with the energy measurement and monitoring systems to be installed in the facilities, and energy costs can be reduced through improvements to be made. With Energy Monitoring Systems, electricity, solid-liquid-gas fuels, hot water, steam, compressed air consumption and parameters affecting these consumption, temperature, humidity etc. can be monitored and recorded instantly. In addition, all required reports can be drawn according to the needs of the facilities. For this purpose, through monitoring systems;