Modernity Energy management systems (EMS) are far more than just tools for recording energy consumption data. Modern cloud-based EMS solutions, such as the CUBE EfficiencyUnitoffer companies a wide range of functions that enable them to use energy more efficiently, reduce costs and operate more sustainably. They take into account the company's own energy generation, the optimum charging times for storage or e-vehicles and the most favorable times for residual power consumption.
Central functions of modern energy management systems
Real-time monitoring and analysis
Energy management systems continuously record energy data in real time via sensors and meters. This data is analyzed in order to Consumption pattern to identify, Inefficiencies and suggest optimization measures. This enables companies to react quickly to changes and avoid unnecessary energy losses.
Visualization and reporting
The recorded data is displayed in clear Dashboards and reports. These enable managers and decision-makers to see at a glance the energy consumption and Optimization potential to recognize. For example, production companies can Visualize load peaks and targeted adjustments (Peak Shaving) in order to reduce energy costs. In addition, modern EMSs are able to analyze all of a company's energy data at the touch of a button for a CSRD Report or ESG report together.
Optimization and control
Energy management systems also suggest specific measures based on the analysis. At the same time, they enable the intelligent control of machines, electronic devices or other consumers in the company. Ideally, they even control energy consumption through remote access or automated processes. Various energy sources or optimize grid power consumption according to the current electricity prices.
Integration of renewable energies
An EMS is able to seamlessly integrate renewable energy sources such as photovoltaics, wind energy or combined heat and power plants into companies' existing energy systems. It coordinates and strengthens self-consumptionstorage and feeding into the grid. In this way, surplus electricity is sold at a profit, grid electricity is purchased cheaply and the battery storage units are always charged by the most cost-efficient energy mix charged. Modern energy management systems decide in real time, for example, whether surplus solar power should be stored, sold at times of high demand or whether the storage space should currently be allocated to the balancing energy market.
Advantages of energy management systems for companies
Cost savings
Intelligent load management in conjunction with the use of renewable energies and the optimization of energy consumption can reduce energy costs in almost all areas of the company. significantly reduce. For example, the system can recognize when electricity prices are low and controls energy-intensive processes accordingly. With a combination of solar system and battery storage, it prioritizes when solar power is stored or switched to grid power. Cloud-based systems can also help, IT infrastructure costs to minimize.
Increased transparency
Energy management systems provide detailed insights into energy consumption and flows throughout the company. This promotes the Decision making and the Identification of potential savings of all consumers. Starting with heating and cooling management, the charging infrastructure of the company fleet, the consumers in administration through to the machinery in production.
Simplified management
One of the biggest advantages of modern energy management systems is the ability to manage all energy-related systems and processes centrally via a single platform to manage. This reduces the complexity and resources required in a company's energy management. Seamless integration of all systems via a central platform enables energy managers to control and optimize consumption holistically. Overall sinks thus the Administrative expensesoperating times can be adjusted dynamically and automation can be implemented more easily. In addition, the Risk of error and decisions can be made more quickly.
Sustainability and CO₂ reduction
By optimizing energy consumption and using renewable energies, an EMS helps companies to achieve their climate targets and minimize cost-intensive CO₂ emissions. Intelligent algorithms and AI-supported technologies ensure that devices and systems are switched on or off remotely depending on the process, that the lighting is dimmed when the sun is shining or that the heating and air conditioning units work according to the weather conditions.
Flexibility and scalability
Cloud-based EMS solutions in particular are Flexible and scalable. New devices or systems - such as additional photovoltaic modules, battery storage or charging stations for electric vehicles - can be easily integrated without the need for separate solutions. Companies can easily expand their infrastructure without increasing the complexity of the entire system or incurring high additional costs for additional IT systems.
Future-proof energy management systems for companies
Energy supply presents companies with new challenges: Dynamic electricity tariffs, the increasing Decentralization of power generation and the turn to a Capacity market are fundamentally changing the requirements for efficient energy management. Energy management systems play a key role here, as they help companies not only to cope with these changes, but also to actively benefit from them.
Dynamic electricity tariffs mean that energy prices are increasingly fluctuating in real time, depending on supply and demand. An EMS enables companies to make optimum use of these price fluctuations. Through intelligent load shifting, energy-intensive processes can be automatically shifted to times when electricity prices are low. At the same time, energy storage solutions controlled by an EMS make it possible to store electricity cheaply and feed it back into the system when prices are high. This allows energy costs to be reduced considerably.
The decentralization of electricity generation, for example through the increased use of solar systems, wind power plants and Large battery storage systemsrequires a Higher level of coordination. An EMS networks all these components and ensures that locally generated energy is used optimally or fed into the grid as required. This increases energy efficiency and reduces dependency from external energy suppliers.
With the move towards a capacity market in which Flexibility in energy consumption and supply, EMS are becoming increasingly important. They enable companies to provide targeted capacity, for example by reducing loads or feeding surplus energy into the grid. As a result, companies can not only save costs, but also additional income generate.
Energy management systems as the key to efficiency, cost reduction and sustainability
Modern energy management systems (EMS) have long been more than just monitoring tools - they are strategic partners for companies that want to increase their energy efficiency, reduce costs and achieve sustainability goals. With functions such as real-time monitoring, automated control and intelligent integration of renewable energies, EMS offer a holistic solution to the challenges of the modern energy industry.
Particularly in times of dynamic electricity tariffs, decentralized energy generation and increasing flexibility requirements, EMS open up new opportunities to achieve competitive advantages. They help companies to precisely manage energy consumption, easily control complex systems and optimally align energy use with economic and ecological goals.
With a central platform for the entire energy management process, EMS not only creates transparency and efficiency, but also positions companies for the future in a dynamic and sustainability-oriented energy world.