System Solutions - Regulation
Discover innovative control systems for individual and energy-saving predictive temperature control in the home or at work.
Regulation
Individual regulation
Comfort in the home or office environment is accompanied by the option of room temperature adjustment. Room temperature preferences are often individual. Some people spend most of their time in the office and only return home in the evening, others prefer a warmer or cooler environment.
We offer individual control solutions that have a wide range of control options. From standard thermostats to smart home level controls.
Predictive regulation
It is the implementation of energy-efficient predictive control algorithms using weather forecasting and building behaviour model. Based on the recorded measurements and room occupancy information, consumption characteristics can be traced and used to reduce the power output of the resource over time to achieve energy savings.
The basic purpose of predictive control algorithms (EEPR) for buildings is to reduce the energy consumption of buildings for heating and cooling by using advanced mathematical modelling and control methods. In fact, by using the knowledge of modern mathematics, especially mathematical optimization, between 10 and 30% of heating costs can be saved just through better control.
It is ideal to combine in buildings with Batiso(TABS) and Batiso Plus.
Individual regulation
Comfort in the home or office environment is accompanied by the option of room temperature adjustment. Room temperature preferences are often individual. Some people spend most of their time in the office and only return home in the evening, others prefer a warmer or cooler environment.
We offer individual control solutions that have a wide range of control options. From standard thermostats to smart home level controls.
Predictive regulation
It is the implementation of energy-efficient predictive control algorithms using weather forecasting and building behaviour model. Based on the recorded measurements and room occupancy information, consumption characteristics can be traced and used to reduce the power output of the resource over time to achieve energy savings.
The basic purpose of predictive control algorithms (EEPR) for buildings is to reduce the energy consumption of buildings for heating and cooling by using advanced mathematical modelling and control methods. In fact, by using the knowledge of modern mathematics, especially mathematical optimization, between 10 and 30% of heating costs can be saved just through better control.
It is ideal to combine in buildings with Batiso(TABS) and Batiso Plus.
Individual regulation
Comfort in the home or office environment is accompanied by the option of room temperature adjustment. Room temperature preferences are often individual. Some people spend most of their time in the office and only return home in the evening, others prefer a warmer or cooler environment.
We offer individual control solutions that have a wide range of control options. From standard thermostats to smart home level controls.
Predictive regulation
It is the implementation of energy-efficient predictive control algorithms using weather forecasting and building behaviour model. Based on the recorded measurements and room occupancy information, consumption characteristics can be traced and used to reduce the power output of the resource over time to achieve energy savings.
The basic purpose of predictive control algorithms (EEPR) for buildings is to reduce the energy consumption of buildings for heating and cooling by using advanced mathematical modelling and control methods. In fact, by using the knowledge of modern mathematics, especially mathematical optimization, between 10 and 30% of heating costs can be saved just through better control.
It is ideal to combine in buildings with Batiso(TABS) and Batiso Plus.
