Industrial halls, residential and non-residential buildings : Energy efficiency is at the top of the agenda in many places. At the same time, the number of charging stations for electric cars and heat pumps, which as large consumers must be controllable according to the Energy Industry Act (EnWG), is increasing. To ensure this and to enable optimal operation in conjunction with a PV system, the energielenker Group has developed Enbas . The self-learning energy manager , which networks the consumers and producers of a building for the smart control of all energy flows, can now be pre-ordered . Those who take advantage of this opportunity will receive the solution immediately upon market launch in September and thus benefit from cost savings before the competition .
” The requirements of Section 14a of the EnWG are clear ,” explains Marc Henschel , operational manager at energielenker. Newly installed heat pumps and charging infrastructure must be controllable immediately . ” With Enbas , however, not only the legal requirements can be met. Instead, we offer a solution in which all energy flows in a building are controlled . In addition to the heat pump and the charging infrastructure , the PV system and the storage system are also included . This makes greater energy efficiency and significant cost savings possible . “
The intelligent energy manager Enbas is based on the dynamic load management system Lobas from the energielenker Group. This can be used to control the charging processes of entire e-fleets efficiently and cost-effectively. The load management system regulates the power used to charge e-cars in order to avoid expensive peak loads and ensure grid stability. Enbas also takes into account the power requirements for the electric heat pump , so that a holistic view of all energy flows in a building is possible.
Reliable forecasts thanks to algorithms To efficiently control all energy flows, Enbas uses integrated AI algorithms to analyze the data from all components that influence energy generation or consumption. The solution learns the usage behavior of the people in the building as well as the electricity generation and the usual charging times of the electric cars. Based on weather forecasts, the current solar radiation and outside temperature as well as calendar data, consumption and the expected electricity production are forecast and an optimal schedule for the next few days is calculated. Time-variable electricity tariffs are also included.
Enbas was developed independently of the manufacturer to ensure that all systems used can be networked. In addition to the products of major manufacturers such as ABB, ABL, Mennekes and Schneider, many other suppliers are also compatible. To enable Enbas to be used with heat pumps that do not have interfaces such as SG-ready, energielenker has developed the Heat Control module. Heat Control simulates the temperature sensors and provides the heat pump with a colder or warmer buffer storage. This means that PV surplus can be temporarily stored in the buffer storage in the form of heat and used at a later time when energy is required.
“With Enbas, we are creating real added value for companies, housing associations and owners,” says Marc Henschel. Lists are now available on which customers can register to pre-order the energy manager. “Anyone who wants to be a pioneer in energy efficiency should use this opportunity to be among the first to use Enbas.” Enbas can be requested and pre-ordered via the energielenker Group website at https://energielenker.de/produkt/enbas-intelligenter-energiemanager/ .
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