THE HEAT POWER PROCESS
Using the principles of an Organic Rankine Cycle but at much lower pressure levels, the Climeon Heat Power system exploits the temperature difference between hot and cold water to generate clean electricity.
The process is in fact quite simple.
THE HEAT SOURCE
Waste heat and geothermal heat make up one of the World's largest energy sources and it is highly underutilized today. The Climeon Heat Power System uses this energy source to produce a clean and reliable baseload power supply 24/7 year-round - independent of weather conditions.
At Climeon, we focus on the following industries where we have determined the greatest environmental impact and potential profit for our customers:
The Climeon module is based on ORC technology, which in short means using a hot source – high pressure – and a cold source – low pressure – to drive a flow that generates electricity.
Each module consists of:
Transferring heat to the internal working fluid
Transferring heat out of the module and into the cooling water circuit
CLIMEON HP 150
The Climeon Heat Power units are designed to take maximum advantage of low temperature heat and can operate at double the efficiency of other low temp solutions. This is due to the engineering of the unit which utilizes low pressure, enabling:
The module’s custom components have been designed specifically for the Climeon process. The specificity allows for optimal efficiency, integration and reliability.
SCALABLE MODULAR SOLUTION
Using Climeon’s standardized solution ensures reliability, cost competitiveness and quick deployment. Installed capacity is easily scalable from 150 kW onwards. The modularity allows for the Climeon system to scale with demand and availability. This allows for simple pilot projects that can easily be expanded to fully utilize all available heat. The modules can be configured either serially or parallelly to make optimal use of the heat source.
Because of the modular design, individual units can be taken offline for service without having to shut down the entire site, maximizing site availability. The modules can be delivered as and where they are needed, moved for use at another site, or even resold.
Climeon’s control and cloud service, Climeon Live, ensures that every running hour is as profitable as possible. By monitoring production and then analyzing it in the cloud, Climeon Live can fine-tune the running parameters and even provide preemptive maintenance.
Climeon Live offers several key benefits:
Continuous monitoring and advanced analytics enable finely tuned optimisations for enhanced performance. The results are higher conversion efficiency and lower CO2 emissions.
The software provides real-time system information and reports. Recorded data is used for historical performance reporting and trend analysis. The data can be accessed by users via computers and mobile devices.
Data gathered from the globally installed base are analysed and used for automatic software updates. It allows Climeon to optimize the performance of every installed module globally, based on the data from each module's unique operating conditions.
Proactive monitoring of the system can identify potential faults before they occur. This enables the Climeon Heat Power system to operate around the clock, seven days a week, with only two days of planned maintenance every year.
Customers can integrate Climeon's solution into their existing control and monitoring systems using the Climeon Live application programming interface (API).