Optimizing complex systems and processes is crucial for manufacturing companies to avoid unnecessarily high costs. Our holistic approach enables significant efficiency improvements across various operational and strategic levels.
To best manage the assets of institutional clients and their real estate portfolios, and to preserve their value, efficient operations and strategic foresight are becoming increasingly important alongside energy efficiency. Outdated infrastructure and rising demands require a holistic approach.
Critical infrastructure such as hospitals and data centers require an optimal balance of efficiency and robustness in operations. Our software portfolio enables this through intelligent solutions for energy supply, operational processes and strategic planning.
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We empower our clients to make the best decisions all the time, one time or continuously in real time.
By combining the right services and products for a specific client solution, one integrative approach can be used for various problems.
A mixed-use development consisting of 10 buildings, including residential, office, and retail spaces. The energy system features a CHP plant, PV panels, electrical and thermal storage, a heat pump, and geothermal probes. Our services included designing the measurement concept, sizing the energy system components, and simulating its operation. For this project, we provided our reOS operating system and reLogicBlock product to optimize real time system operation and efficiency.
In a manufacturing plant consisting of a single industrial building, the energy system includes thermal storage, a steam boiler, gas storage, and molding presses. Our services involved simulating both the energy system operation and the production system to ensure optimal performance and efficiency throughout the facility.
In an industrial park with various buildings and industrial applications, the energy system includes thermal storages, steam boiler, CHP plants, a PV park, and integration with the day-ahead market. Our services focused on sizing the energy system components and simulating its operation to optimize energy usage and efficiency across the park. Our inOS operating system was then used to ensure continuous, optimum operation in real time.
In a campus development consisting of industrial, office, logistics, and mobility spaces, the energy system includes thermal storage, PV panels, heat pump, chiller, and charging poles. Our services involved sizing the energy system components and simulating its operation to ensure efficient energy use and seamless integration across the campus.
In a mixed-use development consisting of 5 buildings, including a hotel, office spaces, and retail areas, the energy system incorporates thermal storage, heat pumps, chillers, geothermal probes, recooler and free cooling. Our services included designing the measurement concept, simulating the energy system operation and providing project management support. For this project, we ensured optimized performance and efficiency through our comprehensive solutions.
A mixed-use development consisting of 10 buildings, including residential, office, and retail spaces. The energy system features a CHP plant, PV panels, electrical and thermal storage, a heat pump, and geothermal probes. Our services included designing the measurement concept, sizing the energy system components, and simulating its operation. For this project, we provided our reOS operating system and reLogicBlock product to optimize real time system operation and efficiency.
In a manufacturing plant consisting of a single industrial building, the energy system includes thermal storage, a steam boiler, gas storage, and molding presses. Our services involved simulating both the energy system operation and the production system to ensure optimal performance and efficiency throughout the facility.
In an industrial park with various buildings and industrial applications, the energy system includes thermal storages, steam boiler, CHP plants, a PV park, and integration with the day-ahead market. Our services focused on sizing the energy system components and simulating its operation to optimize energy usage and efficiency across the park. Our inOS operating system was then used to ensure continuous, optimum operation in real time.
In a campus development consisting of industrial, office, logistics, and mobility spaces, the energy system includes thermal storage, PV panels, heat pump, chiller, and charging poles. Our services involved sizing the energy system components and simulating its operation to ensure efficient energy use and seamless integration across the campus.
In a mixed-use development consisting of 5 buildings, including a hotel, office spaces, and retail areas, the energy system incorporates thermal storage, heat pumps, chillers, geothermal probes, recooler and free cooling. Our services included designing the measurement concept, simulating the energy system operation and providing project management support. For this project, we ensured optimized performance and efficiency through our comprehensive solutions.
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