EEBUS solutions for your gain

With its standardized use cases, EEBUS offers solutions in the fields of digital grid connection, increase of self consumption and comfort. The digital grid connection enables load management at building level and the use of time-of-use tariffs to provide grid support and price-optimized operation of devices. EEBUS provides important modules for the grid integration of e-mobility, electrical heating systems and renewable energies such as PV and battery systems.

EEBUS provides high value solution in the field of

This is a solution for Distribution System Operators (DSO) 

  • Power monitoring on building or device level

  • Power limitation by setpoint

Capacity Management on Building Level

The digital grid connection enables holistic load management at building level. Through a control box an energy management system (EMS) or the device directly will be connected to the DSO. By measuring energy consumption, the DSO may identify hotspots and take in-time corrective action by limiting power consumption through setpoints. In addition to controlling the power demand and the feed-in power may also be controlled. Thanks to this solution, the grid expansion can be significantly reduced and the control function enable sales to offer higher connection capacities to their customers.

For the German case the digital grid connection solution works within the smart meter gateway (SMGW) infrastructure and is §14a ENWG compliant.

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This is a solution for Distribution System Operators (DSO) /  External Market Participants (EMP) and end-customers

  • Management of over and underload scenarios through transmission fee or price of energy table

  • Cost optimized operation of devices

Time of Use Tariffs (€/KWh)

The digital grid connection enables both the DSO and the EMP to submit whether the transmission fee or price of energy over time through a gateway (e.g. router) or cloud service. An energy management system (EMS) or the device directly will interpret the time of use tariffs and optimize the consumption plan to lower the costs of energy for the end customer. The DSO may react on hot spot scenarios or the EMP may manage too much or less energy is available.

Through this solution the grid expansion can be significantly reduced since over und under loads can be managed through this mechanism.

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This is a solution for end-customers 

  • Reduction of energy cost

  • Increase of environmental sustainability 

Increase of Self Consumption

The self consumption solution enables the end-customer to implement a holistic energy management system including PV, battery system, EV, HVAC and white good devices. The goal is to increase self consumption by taking advantage of the local PV production even after sun set. Both the EV’s battery or a stationary battery system store PV energy during PV over production and provide energy to the building after sun set. Due to all devices including the base load are considered in the energy management the energy demand at the grid connection will be optimized.

Through this solution the C02 footprint can be decreased significantly while lowering the energy bill at the same time.

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This is a solution for end-customers

  • Visualisation of energy flows, production and consumption

  • Increase comfort

Monitoring and Comfort

Monitoring and comfort is an important solution to enable optimal information flow and comfort functions to the end-customer. The monitoring function provides simple device data such as power consumption or production for visualization up to full option device data such as operation mode of fault code for system monitoring or trouble shooting. Through comfort function the end-customer may adjust user settings.

Through this solution the end-customer is well informed and able to interact with the holistic energy management system.

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