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Technologies > Teiszmann Energy Solar Systems[ESS]

TEISZMANN ENERGY SOLAR SYSTEMS[ESS]

Battery technology from TEISZMANN is accelerating the transition to renewable energy generation.

Teiszmann ESS units can provide optimal utilisation, storage, control and availability for;

Renewable Energies

Network Integration

Network Relief (Grid Support)

Quick Charging Infrastructure for Electric Mobility

Establishment of an energy storage network with integrated quick charging stations for electric vehicles is to optimise the utilisation of volatile renewable energies with a demonstration of the options for network relief, which can be realised by this network. The system uses an intelligent linkage of large and small-scale storage units.

The battery storage as means of energy storage is known since more than 130 years, but a central importance is attached to it only by the volatile energy recovery. It is our objective to utilise this storage in an intelligent system in many different ways: On the one hand for (quick) charging of electric vehicles without additional network, demands, and on the other hand to support the network and increase the station supply

Monitoring and control via the Internet, combined with automatic network monitoring, which shuts off network charging in the event of frequency decline and activates the network support in case of further frequency drop. The system is freely scalable and can be configured in the size of 1kWh up to any amount of MWh. Network operators can use it to stabilise their network, compensate for reactive power, smoothen peaks, etc. A BMS capable of communication as well as efficient components are the key for success.

Teiszmann-Systems AG offers all storage architecture available in the market under one umbrella – with a management software suitable for standardised networking. This advantage is of special importance in particular with respect to the network integration of energy storage systems (“virtual power plant”). Battery management systems are a necessary completion for any lithium battery system. Long service life, system stability and safety are the keywords why a BMS system is indispensable for trouble-free operation of the mobile or stationary energy storage system. Active cell voltage balance, current monitoring and temperature control are the some important tasks performed by Teiszmann BMS system.

Provision of positive and negative balancing energy / frequency stability: Both the operators of transmission networks and power plants, as well as private solar energy producers can save excess energy highly efficient in phases of overloaded grids and can feed it back when the conditions are best with respect to the general energy volume and/or the energy prices. In addition, the in-stalled storage volume can contribute to frequency stability in the grid.

Continuous provision of energy from volatile power generation systems: The capability of regenerative energy sources from sun, wind and water rarely meets the contemporary demand. Therefore storage systems are indispensable for balancing generation and demand.

Increase in self-exploiting of regenerative electricity: The installation of small private storage systems allows operators to significantly increase their rate of consumption of self-generated energy. A largely desired effect in this process is that the distribution net-works can be significantly relieved in times of high solarisation rates.