Comprehensive energy storage system (ESS) implementation

Build an energy storage facility more efficiently, more safely and in line with grid requirements

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Discover the benefits of a bespoke energy storage system

We tailor every stage of the energy storage project – from analyses to the configuration of the EMS system – to maximise the energy and financial efficiency of your investment. This gives you a solution that is tailored to your actual consumption profile, the specific characteristics of your energy sources, and your company’s business model. As a result, you can:

tailor the power and storage capacity precisely to your system

increase the use of self-generated energy and reduce the amount fed into the grid at unfavourable rates

reduce operating costs through intelligent charging and discharging algorithms

reduce the risk of downtime and improve the system’s resilience to fluctuations in the power supply

minimise fixed charges and avoid exceeding the connection capacity

enable the plant to generate revenue from network services and the balancing market

Sectors that benefit from advanced energy optimisation through energy storage

Fotovoltaic and wind farms

In photovoltaic and wind power installations, a carefully selected energy storage system not only helps to stabilise system operation but, above all, generates additional, steady revenue. The system minimises losses resulting from curtailment (production restrictions) and enables active trading of surplus energy during peak hours when prices are highest.

Distribution networks

For network operators, maintaining stable power quality parameters is crucial. A bespoke energy storage facility enables the network to be relieved at critical moments, improves the local power balance, and gives the system the ability to adapt quickly to dynamic network conditions. This solution allows for immediate network management without the risk of overloads.

Industrial facilities and businesses

In industrial facilities, where even a brief disruption in the power supply can result in significant losses, a bespoke energy storage system ensures operational continuity and reduces the risk of downtime. It also allows for better control of load profiles and enhances the energy resilience of the entire facility.

A step-by-step guide to implementing an energy storage project

We structure the construction of an energy storage facility around four steps, guiding the client from the initial contact right through to the full maintenance and management of the investment. During the analyses phase, we carefully select the battery technology, power and capacity, as well as the necessary Safety systems. We then draw up a comprehensive technical concept, including all necessary formal arrangements. This ensures that, from the outset, you can be confident that the project is built on solid foundations and is perfectly suited to the facility’s operating conditions.

Following the design phase, we will deliver a ready-made, prefabricated energy storage facility, equipped with batteries, an inverter, a BMS, a fire protection system and HVAC. In addition, we carry out the full installation, including connection to the grid. A team of experienced specialists is responsible for the implementation process.

We want to save you time, so you can rest assured that we take full responsibility for the entire project, keeping your involvement to a minimum.

Once the installation is complete, we move on to configuring the innovative energy management system (EMS). We programme the key charging and discharging algorithms into it. At this stage, we fine-tune the system’s logic to align precisely with your financial objectives. We also provide ongoing maintenance support and system inspections. Monitoring of operating parameters is carried out using the EKTIN Digital System with an EMS module, which enables remote monitoring and diagnostics. Its reconfiguration and expansion ensure that the energy storage system is ready for new operating strategies and changing market conditions. We also take responsibility for the dismantling and disposal of components at the end of the equipment’s life cycle. We guarantee full standards compliance and environmentally safe handling of used batteries.