Energy efficiency in the metal industry and heat treatment
Peak load management for precise and cost-optimized heating processes
In the metal industry, especially in hardening plants and heat treatment, high connection capacities and fluctuating energy demands are everyday occurrences. Our energy management systems have been specifically developed to address these challenges. They dynamically coordinate electrothermal processes such as induction hardening, vacuum treatments, and protective gas applications to minimize peak loads while ensuring process safety. Self-learning algorithms continuously analyze operational data and automatically adjust energy distribution. The result: significantly reduced electricity costs, improved plant utilization, and a grid load-optimized production at the highest technical level. This intelligent control not only lowers operating costs – it also makes a valuable contribution to energy efficiency in industry, which is positively reflected in CO₂ balances.
Energy management for bakeries, large kitchens, and food production
Control energy consumption and increase supply security in sensitive areas.
In the food industry, many processes operate under high loads and require continuous supply security. Baking lines, cooling systems, dishwashing technology, and air conditioning often run simultaneously, which can lead to enormous energy demands and costly peak loads. Our EOS systems capture all relevant consumers in real-time, control them according to demand, and can combine them with self-consumption through photovoltaics or combined heat and power plants if desired. By integrating peak load management, not only are electricity costs reduced, but grid stability is also increased, and energy efficiency in daily production is significantly improved. The systems can be expanded modularly and provide a sustainable competitive advantage through detailed consumption analyses.
Energy optimization for gastronomy and hospitality
Efficiency increase despite limited network connections and rising demands
In catering establishments and hotels, energy requirements have increased in many cases: kitchen technology, air conditioning, lighting and the growing charging infrastructure for electric vehicles place high demands on the often limited grid connection. With our EAS and EOS systems, energy use can be intelligently prioritized. Important areas such as catering and comfort for guests are given priority, while less critical consumers are operated during off-peak times. This enables a stable supply, avoids expensive extensions and at the same time increases operating efficiency
demand management in the plastics and rubber industry
Economically and grid-friendly balancing of energy-intensive processes
The plastics and rubber industry relies on high-performance machines with high energy consumption. Extruders, temperature control and injection molding systems in particular cause extreme load peaks when they are operated simultaneously. Our systems ensure that consumers are controlled at the right time, thereby significantly reducing the demand for peak power. At the same time, existing grid connections can be better utilized without jeopardizing production. The peak load management not only optimizes power consumption, but also ensures economic efficiency in energy-intensive production processes and supports the sustainability goals
Metal Industry & Heat Treatment
Peak load management and energy optimization for hardening plants: Our systems reduce energy costs while ensuring process-stable heat treatments.
Food production, large kitchens, gastronomy & hospitality
Energy management systems for kitchen, cooling, and comfort: We optimize your electricity costs and guarantee supply security even with a full house.
Plastics and Rubber Industry
Grid load optimized production in plastic processing: Our solutions intelligently control extruders & presses and avoid unnecessary power peaks.
Chemical and Pharmaceutical Industry
Energy efficiency for sensitive production processes: We ensure your power supply, reduce peak loads, and meet regulatory requirements such as ISO 50001.
Paper and packaging industry
Smoothing energy flows, increasing production reliability: Our systems prevent grid overload and enable cost-effective continuous manufacturing.
Wood processing & furniture industry
Recognizing and shifting peak loads: We help you efficiently balance fluctuating energy demands and permanently reduce your electricity bill.
Trade, Logistics & Cold Chains
Energy-efficient control of cooling, IT, and charging points: Our solutions enhance operational reliability and minimize your energy costs.
Energy and Water Supply
Last control for providers: Our systems ensure grid stability, shift peak loads, and sustainably relieve your infrastructure.
Energy efficiency in the chemical and pharmaceutical industry
Stable energy supply for critical processes and regulatory requirements
The requirements for energy efficiency, security of supply, and process quality are particularly high in chemical and pharmaceutical production. Our systems meet these requirements through comprehensive monitoring, visualization, and control of all relevant consumers. Even highly sensitive plants such as reactors, dryers, or filtration processes can be safely integrated into the energy optimization concept. Additionally, we support the implementation of ISO 50001, thereby creating the foundation for a sustainable compliant and economical energy supply. In the long term, our customers benefit from reduced energy costs, increased transparency, and a future-proof energy profile.
Network stability in the paper and packaging industry
Smooth energy flows and avoid production downtime.
Paper and Packaging Plants operate with systems that require high amounts of electricity in continuous operation. An unstable grid or uncontrolled peak loads lead to high costs and production risks. By using our energy management systems, energy flows can be intelligently regulated. The system responds to sudden loads and compensates for them before critical limits are reached. This improves production safety, reduces peak load costs, and promotes energy efficiency across all process stages. Automation also ensures a consistent utilization of infrastructure and enables precise consumption forecasts for future planning.
Efficient energy distribution in wood processing
Automate the balancing of fluctuating loads and reduce operating costs.
In the wood industry, energy flows are highly variable due to changing processing steps such as milling, drying, or gluing. Our load management system detects these patterns and balances peaks by strategically shifting loads. This maintains production speed. The operation becomes more energy-efficient, the electricity bill decreases, and even smaller consumers, which have often been overlooked, are effectively integrated into the optimization. This creates better utilization of infrastructure and increases the sustainability of production. Thanks to easy integration and high scalability, the system remains flexible and efficient even with growing production complexity.
Flexible energy management for trade, logistics, and warehousing
Intelligently manage the power demand of cooling, IT, and charging points.
In the retail and logistics sectors, many energy-intensive applications come together: climate control, lighting, IT servers, and increasingly charging points for electric vehicles. Our systems automatically capture and prioritize the electricity consumption of these devices. Through targeted control, peak loads are reduced and the connection capacity is optimally utilized. This leads to greater operational reliability and lower energy costs—especially during peak times with high grid loads. Furthermore, future expansions such as battery storage or additional charging infrastructure can be easily integrated into the system.
Energy management for energy and water suppliers
Shift peak loads, secure supply, relieve infrastructure
Supply companies are under pressure: growing energy demand meets ageing grid infrastructure. Our systems help to actively control load flows, integrate consumers in a grid-friendly manner and avoid expensive grid expansions. The system takes over both real-time control and long-term evaluation for well-founded grid planning. This relieves the strain on the infrastructure, improves supply reliability
Summary: Areas of Application
Energy management systems for hardening shops and the metal industry
Our systems specifically reduce peak loads and lower electricity costs without compromising the process quality of heat treatments.Energy optimization for food production, gastronomy and the hotel industry
With intelligent prioritization, we ensure security of supply, reduce energy costs and increase efficiency - even with a limited grid connection.Grid-friendly control in the plastics and rubber industry
We prevent expensive peak loads, optimize machine runs and increase the efficiency of energy-intensive production processes.Safe supply in the chemical and pharmaceutical industry
Our systems meet the highest demands in terms of process stability, energy efficiency and legal standards such as ISO 50001.Stability for paper and packaging plants
We smooth energy flows, reduce peak load costs and improve plant availability through precise control.Increasing efficiency in wood processing
Even fluctuating consumption by smaller consumers is economically optimized - for lower costs and greater sustainability.Flexible demand management for retail and logistics
Our solutions coordinate cooling, IT and charging infrastructure and improve operational reliability in the face of increasing energy loads.Optimized energy control for utilities
We enable active load shifting, relieve the grid and avoid investments through intelligent consumption control.