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Ekkou VP × GivEnergy | BESS Solutions for Romania

As Romania accelerates the development of renewable energy generation capacity, the need for energy storage, flexibility and intelligent energy management is becoming increasingly important.

In this context, Ekkou VP, through Mr Petru Schipor, a GivEnergy partner in Romania, has been involved in the development and promotion of Battery Energy Storage Systems (BESS), helping to bring GivEnergy's expertise and technology to the local market. GivEnergy is one of the specialised energy storage solution providers in the United Kingdom and Europe.

The project addresses a specific need within Romania's energy system: renewable energy generation is variable, and production and consumption do not always coincide. Energy storage makes it possible to turn this variability into a flexible resource that can respond quickly when energy is needed.

The Challenge

The rapid development of solar and wind farms brings significant benefits to the energy transition, but it also introduces a major challenge: electricity generation depends on weather conditions.

When renewable energy generation is high, an energy surplus may occur. Conversely, when solar or wind generation declines, the system must quickly identify alternative sources to meet demand.

In this context, battery storage becomes an essential tool for balancing supply and demand, allowing energy to be stored when available and used later during periods of high consumption.

The Solution: Integrated BESS Systems

Through the collaboration between Ekkou VP and GivEnergy, the solutions proposed for the Romanian market cover a wide range of applications, from small and medium-sized systems to industrial projects and large-scale energy storage installations.

GivEnergy's portfolio includes LiFePO4 batteries, Power Conversion Systems (PCS), management and monitoring software, as well as containerised energy storage solutions.

The integration of these components enables intelligent management of energy generated from solar, wind or hydropower sources.

Surplus energy can be stored and subsequently supplied to consumers or fed into the grid when demand increases. Remote monitoring enables continuous tracking and optimisation of energy flows.

The Role of Ekkou VP

The involvement of Ekkou VP, through Mr Petru Schipor, represents the local dimension of this initiative: connecting GivEnergy's international technology and expertise with the specific characteristics and opportunities of Romania's energy market.

Activities have included local market analysis, promotion of energy storage technology, exchange of information and expertise with potential customers and partners, and support for the development of a local market for BESS solutions. The documentation indicates that GivEnergy's presence in Romania has been established gradually, including through the opening of a local office and collaboration with organisations, companies and potential partners.

Through this involvement, Ekkou VP helps bridge the gap between energy storage technology, investor needs and the evolution of Romania's energy system.

Technology Designed for Integration and Scalability

A high-performance BESS involves much more than battery capacity alone. Efficient operation requires the integration of all components into a unified system: batteries, inverters, PCS, SCADA, EMS, monitoring and cybersecurity.

GivEnergy solutions are designed to integrate with renewable energy sources and adapt to projects of different sizes, from solar farms to industrial facilities and large-scale wind farms.

Scalability is one of the solution's key advantages: the same technological approach can be adapted according to energy requirements, available space and investment objectives.

Benefits for Energy Projects

Implementing energy storage systems delivers both technical and economic benefits:

01 — Renewable Energy Optimisation
Energy generated during periods of surplus production can be stored and used later.

02 — Energy Flexibility
BESS systems can respond rapidly to changes in generation and consumption.

03 — Reduced Impact of Fluctuations
Energy storage helps mitigate the effects of intermittent renewable energy generation.

04 — Predictability and Efficiency
Intelligent management of energy flows enables energy to be used at optimal times.

05 — Scalability
Solutions can be configured for residential, commercial and industrial applications.

06 — Reliability and Safety
LiFePO4 batteries are recognised for their longevity and chemical stability, while real-time monitoring enables continuous control of system parameters.

From BESS to Virtual Power Plants

An important step in the evolution of the energy system is the development of VPPs – Virtual Power Plants.

By connecting and coordinating multiple distributed energy resources – solar panels, wind turbines, batteries and other sources – these assets can operate together as a flexible energy resource managed through a centralised system.

For Romania, the development of such systems could represent an important step towards integrating greater volumes of renewable energy and increasing grid flexibility.

Building the Energy Infrastructure of the Future

Romania is still at an early stage in the development of modern energy storage infrastructure. Experience gained in markets such as the United Kingdom and Ireland can provide a valuable reference for the development of local projects.

Through Ekkou VP and our partnership with GivEnergy, we bring this expertise closer to the Romanian market, supporting the development of efficient, scalable energy storage solutions adapted to the evolving needs of the energy system.

For us, energy storage is more than just a technology.
It is the infrastructure that enables the intelligent use of renewable energy and lays the foundation for a more flexible, efficient and resilient energy system.

Ekkou VP × GivEnergy

Energy storage. Energy flexibility. Energy for the future.