Our world of endless power
The role of energy storages is invaluable and their implementation is becoming a necessity as the global energy industry changes.
Providing grid stability and stable energy prices are just some of the wide range of their application. As the world transitions into to a more sustainable energy future, innovations in energy storages can help improve climate quality and energy security.
4 megatrends
which transforms energetics
1.
Globalization
urbanization and industralization led to significant economic growth which caused rise in carbon dioxide emissions.
2.
Decarbonization
Preventing temperature growth and as an effect - climate changes
3.
Electrification
Preventing temperature growth and as an effect - climate changes
4.
Digitization
Digitization of processes is a major development resulting in huge demand for power as it creates massive volume of data.
Times of permanent crisis require effective solutions.
Energy storage should become our priority for the coming years.
Who is the product intended for?
Enterprises
Municipalities
Agriculture
Hotels
Light and heavy industry
Hospitals
Religious institutions
Private investors
Companies
Energy clusters and cooperatives
Storage with possibilities
Energy storage creates many possibilities for more efficient energy production, as well as better network managment and increased stability and availability of energy. Our systems MEB ESS are the perfect solutions for changing energy industry
They are applied in cooperation with the grid, industry, the public sector, as well as the private sector. They improve operation of the grid by renewable sources of energy and they adapt them to the current trends
Magazynowanie, które daje możliwości
Magazynowanie energii stwarza wiele możliwości dla bardziej wydajnej produkcji energii,
lepszego zarządzania siecią oraz zwiększonej stabilności i dostępności energii.
Nasze systemy MEB ESS są idealnym rozwiązaniem dla zmieniającej się energetyki.
Znajdują zastosowanie we współpracy z siecią, przemysłem, sektorem publicznym jak i prywatnym.
Umożliwiają polepszenie pracy sieci z odnawialnymi źródłami energii i dostosowują ją do aktualnych trendów.
MICROGRID
MEB ESS storage units are essential component of microgrid systems.
Microgrid are decentralized systems consisting of RES sources, energy storage and conventional power generation systems to meet a given demand. Through the proper selection of components, a microgrid can be designed to meet a customer’s specific needs.
Our technology
MEB ensures
safety and reliability through well-chosen components and multi-level protective structures. Automated production processes, comprehensive testing and monitoring ensure the safe and consistent operation of our warehouses.
Our batteries
are characterized by long life. We use solutions from world leaders, who by research and upgrade key components, have slowed the loss of battery capacity. That reduces the cost of energy storage.
High energy's density
High - performance group technology that enables the container system to achieve the highest possible vallues.
Intelligent temperature control
Maximum temperature deviation
iMEB EMS
iMEB EMS system optimizes power plnt's productivity by smooth integration its various resources and automating the control of energy generation, storage and demand.
Features of energy storages
Off-Grid
iMEB solution for simple off-grid systems which consist of only photovoltaic installation and accumulator system.
Micro-Grid
Powering a small grid with or without connection to the public grid. Microgrid consists of a battery storage system, in addition to other generator systems and controllable loads.
Optimization of autoconsumption
Consume more energy from RES and to minimalize net intake.
Back-up power supply
The storage system immediately takes over in case of power outage.
Multi-Use
Simultaneous use of applications ((SCO & PS, ToU & PS, ToU & SCO).)
Zero Feed-In
VDE FNN-certified to meet network requirements for power outages.
Optimizing PV diesel hybrids
The iMEB solutions adjust the power grid and balance the peaks of power generation and consumption to keep the diesel generator optimally, minimizing oil costs.
Production control
Optimize consumption by actively connecting/disconnecting generators depending on the energy generated during grid operation.
Peak reduction
Peak limitation of consumption and minimize costs connected with demand tariff.
Support services
Remote control of active and reactive power.
Length of use
Dependent on the time of use of the function and energy services.
Interface of direct broker
The direct PV vendor transmits control signals to the PV plant via EMS.
Load control
Optimization of consumption by actively connecting/disconnecting consumers accordnig to the energy generated
