From Solar Energy
to Usable Heat.
Solar energy is captured, transferred and integrated into the facility through an engineered thermal system designed around actual operating requirements.
Turning Solar Radiation Into Useful Thermal Energy.
A thermo-solar system captures energy from solar radiation and converts it into heat that can be used by the facility.
The collected energy is transferred through an engineered thermal circuit and integrated into the facility's hot-water or process-heating system.
The exact configuration depends on the facility's energy requirements, operating temperatures, available installation area and existing infrastructure.
How the System Works.
From solar collection to usable thermal energy, every stage is engineered as part of one integrated system.
Solar Collection
Solar radiation is captured by the collector system.
Heat Transfer
Collected energy is transferred through the thermal circuit.
Storage & Control
Pumps, storage and control components manage the energy.
Facility Integration
Thermal energy is integrated with the facility system.
Performance
System operation is monitored for long-term performance.
The Thermal Energy Flow.
The solar thermal system forms one coordinated circuit — from incoming water and solar collection through circulation, storage and delivery of usable hot water to the facility.
One Integrated Thermal Circuit.
Solar collectors capture available solar radiation and transfer the energy into the water circuit.
Pumps move water through the system to maintain the required circulation and thermal-energy transfer.
Heated water is stored in an insulated tank designed to preserve available thermal energy.
The resulting hot water is delivered to the facility according to its operating and process requirements.
Designed Around Your Facility.
There is no single system configuration for every application. Engineering begins with understanding how the facility uses thermal energy and then designing the system around those requirements.
System design based on actual facility requirements.
Connection with existing thermal infrastructure.
Coordinated operation of system components.
Long-term operation, monitoring and support.
See How It Can Work for Your Facility.
Tell us about your thermal-energy requirements and our engineering team will review the appropriate system configuration.