New requirements for municipal energy suppliers
Increase energy efficiency, meet standard requirements, relieve networks.
Municipal utilities and local energy providers are currently under significant pressure to act. The growing energy demand is met with limited grid capacities and increasing regulatory requirements. At the same time, the DIN EN ISO 50001 mandates the implementation of a sustainable energy management system that identifies savings potential and continuously optimizes it. Our systems provide the necessary transparency and ensure that all measures are documented and implemented in accordance with the standards.
In this context, we support municipal facilities such as swimming pools, underground garages, or transport companies, as well as grid operators in implementing an integrated, economical, and future-proof energy management system.
Demand management for modern charging infrastructure
Intelligently control distributed charging power, minimize investments.
With the increasing electrification of public spaces, the number of charging stations for electric vehicles is growing. However, without intelligent demand management, parallel charging processes quickly lead to peak loads and overloads in the grid. Our EOS solution distributes the available charging power to all charging points in line with demand - independently of the manufacturer and in real time.
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The system takes into account the current energy consumption in the entire area. If this is low, more power is available for charging - and vice versa. This ensures security of supply without the need for costly grid expansion investments.
Demand management for municipal utilities
Intelligent demand management helps municipal utilities to use their grid capacities efficiently and reduce costs in the long term.
DIN EN ISO 50001 in municipal practice
A energy management system according to DIN EN ISO 50001 enables municipal enterprises to implement their efficiency goals transparently and in compliance with standards.
Charging infrastructure without grid overload
With dynamic demand management, you avoid peak loads when charging several electric vehicles in the supply grid at the same time.
Avoid network expansion costs
Through load optimization in the network, existing grid connections can be used efficiently – all without expensive expansion.
Intelligent control for indoor swimming pools
Thanks to intelligent energy distribution, large consumers such as swimming pools are operated in a grid-friendly and cost-efficient manner.
Efficient energy distribution in water supply companies
Our solution regulates the power consumption of water suppliers flexibly, thereby sustainably reducing operating and energy costs.
Flexible power consumption for wastewater treatment plants
Wastewater treatment plants and pumping stations can better utilize favorable electricity tariffs with staggered operation and relieve the grid.
Manufacturer-independent control of charging stations
EOS controls charging points across manufacturers and intelligently adjusts the charging power to the current electricity consumption.
Synergies through load optimization in the network
Flexibly manage consumption, efficiently utilize grid connection.
Demand management becomes particularly efficient when charging stations, building technology and other large consumers such as indoor swimming pools or workshops are brought together in one system. Our technology analyzes the total consumption at the node and distributes the energy in such a way that no consumption peaks occur.
In this way, municipal utilities can make optimum use of their existing grid connection, avoid expensive conversions and at the same time ensure energy availability for all applications - even with dynamic consumption profiles and changing requirements.
Application in water suppliers and waste management companies
Operate pumps, sewage treatment plants, and storage facilities according to demand.
Water suppliers and wastewater disposal companies also benefit from intelligent demand management. Here, EOS helps to flexibly control energy-intensive processes such as the pumping, storage and purification of water. By automatically shifting to times of low consumption, electricity costs can be significantly reduced - without jeopardizing security of supply or compliance with regulations.
A video clearly explains how our system works and its benefits: How it works and its benefits simply explained
Proven successes from practice
Proven technology with measurable added value
Our systems are already being used successfully - among others at:
FERRUM Edelstahlhärterei: Reduction of grid charges by 40%
Härterei Gerster: Use of variable electricity tariffs
CTB Italy: Use of EOS in all plants
Landgasthof Läuterhäusle: Stable processes while keeping energy costs low