Conversion and retrofitting of emergency power systems NEA

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Conversion of an emergency power system in operation

In most cases, the supplied building must continue to be operated permanently during the conversion, which places great demands on planning and logistics. Only experienced providers dare to carry out conversions; the good reputation is quickly ruined. We have years of experience in the conversion of emergency power systems for sensitive customer groups such as banks, hospitals, supermarkets and research centers.

We support you in the conversion of your emergency power system, from planning to implementation. We pursue innovative concepts with great investment security.

Important aspects: Emergency power system conversion and retrofitting

The conversion and retrofitting of emergency power systems refers to the updating and improvement of existing systems in order to increase their performance, efficiency and reliability . Backup power systems are emergency power generators that automatically step in and ensure a continuous power supply in the event of a power failure or grid disruption. They are used in various areas, such as data centers, hospitals, industrial plants and public buildings. Conversion and retrofitting can include various aspects, such as the replacement of key components, the integration of renewable energy, the use of HVO biodiesel and the implementation of hybrid systems with battery storage. Through conversion and retrofitting, the emergency power supply systems can meet current requirements and guarantee a reliable emergency power supply.

HVO biodiesel reduces CO2 emissions

HVO biodiesel, also known as hydrogenated vegetable oil, helps to reduce CO2 emissions from grid replacement systems. With its sustainable production process and low emissions, HVO biodiesel helps to minimize the environmental impact. This alternative fuel is based on renewable resources and offers an environmentally friendly solution for emergency power systems. Using HVO biodiesel as a fuel not only increases efficiency but also significantly reduces carbon emissions, which is in line with many companies' sustainability goals.

Hybrid system with battery storage

A hybrid system with an industrial battery storage is an innovative solution for retrofitting emergency power systems. It combines the advantages of traditional diesel generators with the benefits of battery storage. The hybrid system enables more efficient use of the generator while reducing fuel consumption and CO2 emissions. The battery storage system can store excess energy generated during generator operation and release this energy when needed. This reduces the operation of the generator and saves fuel. The hybrid system can also improve the response time in the event of a power failure, as the battery storage can step in immediately while the generator starts. This ensures a reliable power supply and reduces downtime. Integrating a battery storage system into an emergency power system requires careful planning and dimensioning to ensure optimum performance and efficiency. Hybrid systems with battery storage are a future-proof solution for retrofitting emergency power systems and offer a reliable and environmentally friendly power supply.

Training for operating personnel

The training of operating personnel is often neglected. The operating personnel must have the necessary specialist knowledge and skills to operate the emergency power system safely and efficiently. This includes an understanding of how the emergency power system works, knowledge of safety measures and guidelines and the ability to react appropriately to emergencies and faults. It is important to train operators regularly and keep them up to date to ensure that they have the necessary knowledge and skills. This training can be provided by the manufacturers of the emergency power systems or by external training providers. A well-trained operator ensures smooth operation of the retrofitted emergency power system and minimizes the risk of malfunctions or accidents.