01Heat Pump Systems
Systems sized to the building’s load profile that meet heating and cooling needs with low consumption.
- Load calculation
- System selection
- Hydraulic design
Energy efficiency & sustainability
By reading the mechanical system as a whole, from heat generation to distribution and from automation to operation, we design traceable, long-lasting solutions that reduce operating costs.
Four core solutions
We evaluate each solution together with the building’s loads, operating hours, existing infrastructure and operating goals.
01Systems sized to the building’s load profile that meet heating and cooling needs with low consumption.
02Solutions that reduce energy losses by returning waste heat from exhaust air, chillers and processes to the system.
03Systems that support hot water and pool heating with Antalya’s solar potential and work together with the mechanical infrastructure.
04Infrastructure that monitors and controls mechanical system data and makes performance decisions visible.
Where savings hide
In facilities with high occupancy and long operating hours, savings opportunities usually hide in the same places.
Hybrid generation with solar and heat pumps, correct storage and recirculation.
Economical pool heating with heat exchangers, heat pumps and waste heat.
Chiller efficiency control, free cooling and correct capacity staging.
Variable speed drives and hydronic balance to prevent unnecessary consumption.
Pipe and equipment insulation, condensate return and leak control.
Operating hours, set points and alarm management through automation.
İsimeks energy approach
We examine loads, operating hours and current consumption behaviour.
We combine generation, distribution and control in a single technical model.
We coordinate installation, automation and commissioning.
We make the system’s behaviour under real operating conditions measurable.
Application areas
Operational efficiency in hot water, air conditioning and long operating hours
System design for process heat, waste energy and continuous operation
Automation and consumption control under variable occupancy
Comfort and measurable consumption in central systems
Let’s discuss your energy project