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  • Inefficient feed-in: solar power is fed into the grid even though it could be used locally
  • Uncoordinated charging: Charging e-cars at expensive times
  • Lost potential: Heat pumps operate without regard to grid load
  • Monitoring and control of all energy components – from PV and storage to the wallbox
  • Intelligent load shifting: electricity is consumed when it is available and cheap
  • Use of dynamic electricity tariffs: HEMS recognizes price signals and automatically adjusts consumption
  • Feed-in management: Grid-friendly behavior included – §9 EEG and §14a EnWG-compliant
  • Transparency: users can see their energy flows at any time via a web dashboard

The growing demand for electricity due to e-mobility, heat pumps and modern household appliances is leading to higher electricity costs. At the same time, photovoltaic systems are making it possible to generate more and more electricity ourselves. However, without intelligent control, much potential remains untapped.

Theben EnergyManager also solves this problem by optimizing energy flows in real time:

  • Self-consumption optimization: Electricity from the PV system is first used by the customer before it is fed into the grid.
  • Cost reduction: Dynamic electricity tariffs are analyzed in order to purchase electricity exactly when it is cheapest.
  • Energy independence: Battery storage and PV system are optimally controlled to minimize grid consumption.
  • Full transparency: Users can see how energy is being consumed and fed in at any time via the app or the web dashboard.

HEMS is not only intended for new systems, but can also be integrated into existing energy systems.
Thanks to open standards, it can be flexibly adapted to different manufacturers and components.

  • Inverters: Fronius, SMA, SolarEdge, Huawei, Kostal, GoodWe, Enphase

  • Battery storage:LG Chem, Tesla Powerwall, VARTA, SENEC, SonnenBatterie

  • Wallboxes & charging infrastructure: KEBA, go-e Charger, Easee, Theben iON Charger

  • Smart Meter Gateways: Theben CONEXA

Photovoltaics, inverters, electricity meters

Batteries

Charging infrastructure

Thermal accumulator & heating rod

Heat pump

Technical data

  • Operating voltage: 230 V, -15 %/+6 %, 50 Hz
  • Switching capacity: 6 A per channel/240 V AC, cos ϕ = 1
  • Switching capacity min: 5 V DC
  • Self-consumption: 3 W
  • Protection class: II when installed as intended
  • Protection class: IP 30 according to EN 60529 (after installation in the corresponding switch cabinet)
  • Operating temperature: -5 °C … +45 °C
  • Location: dry indoor areas
  • Contact type: μ-contact, normally open contact
  • Dimensions: 90 x 72 x 74 mm
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