Large-scale industrial storage facility with a storage capacity of 2.7 megawatt hours for the Siegfried Jacob Metallwerke in North Rhine-Westphalia

🏥 A large-scale industrial storage facility with a storage capacity of 2.7 megawatt hours for Siegfried Jacob Metallwerke in North Rhine-Westphalia marks a significant step in optimizing the internal consumption of solar power in industrial production. This pioneering project includes the roof photovoltaic system, installed on the hall roofs of the production facilities of Siegfried Jacob Metallwerke GmbH & Co. KG in Ennepetal with an area of ​​almost 50,000 m².

Siegfried Jacob Metallwerke, a leading European family business in the field of metal recycling and trading, is focusing on sustainable energy production and use through this project. The photovoltaic system installed on the roofs achieves a peak output of 9.2 megawatts. In doing so, it generates energy that is not fully used during ongoing operations. This is because internal consumption, depending on production activity, is around 35% of the amount of electricity generated. In order to use the excess solar power efficiently, a modern energy storage system was installed, which makes it possible to store the excess electricity and access it again when needed.

🔋 Integration and cooperation

With the support of INTILION Aktiengesellschaft and be.storaged, this battery storage system was integrated into the energy system of Siegfried Jacob Metallwerke. INTILION, a pioneer in the field of energy storage solutions, has worked with be.storaged to develop tailor-made solutions that meet the company's specific requirements. This cooperation underlines the increasing trend towards holistic energy systems in which PV systems and energy storage systems are optimally coordinated with one another.

Dr. André Haubrock, CEO of INTILION AG, emphasizes the importance of the project and the professional cooperation of everyone involved.

The project was very exciting for us. In the constellation with our long-standing partner be.storaged and Siegfried Jacob Metallwerke, we worked together intensively and professionally and achieved an excellent result. We have adapted our storage solutions individually to the needs of the customer. The project confirms the trend towards holistic energy systems that we have recently observed increasingly. PV systems and energy storage systems are increasingly being planned and implemented at the same time, even in large projects. This has the great advantage that the systems can be optimally coordinated with one another. We have contributed our expertise in this area and thus contributed to ensuring that Siegfried Jacob Metallwerke is best positioned for the future.

🏭 Decision and outlook

Dr. Carsten Hillmann, technical director and member of the management team at Siegfried Jacob Metallwerke GmbH & Co. KG, explains the decision for the major project. Originally the plans were smaller, but the realization that the effort would be worth it in the long term led to a larger investment.

Originally our plans were a little smaller, with an output of one megawatt or slightly less. However, we quickly came to the realization that the effort involved in the project should also be worth it in the long term. The plan to really attack at this point took shape and was then decided. We now have over 50 different halls in different orientations whose roofs we can equip and we said to ourselves: Okay, then we'll make a big splash and invest more than we can use ourselves.

♻️ Sustainability and future

The implementation of this project underlines Siegfried Jacob Metallwerke's commitment to sustainability and resource efficiency. With state-of-the-art and environmentally friendly recycling plants on over 300,000 m² of operating space, the company sets standards in the recovery of valuable materials and contributes to the security of raw material supplies.

INTILION AG, a subsidiary of the HOPPECKE group of companies, is a leading provider of modular and scalable energy storage solutions. Your product portfolio is particularly suitable for system-relevant and critical infrastructures such as industry and the power grid. With many years of experience and a specialized team, INTILION is driving the transition to a carbon-free, flexible and digital energy industry.

be.storaged, a subsidiary of EWE AG, also offers innovative energy management systems that offer technically and economically sustainable solutions for intelligent energy use. With extensive specialist knowledge and experience in the energy industry, be.storaged develops tailor-made offers that ensure maximum cost-effectiveness for its customers.

The successful commissioning of the large storage system represents a strategic expansion of the production capacities of Siegfried Jacob Metallwerke. The integration of the large photovoltaic system and the energy storage not only optimizes the company's own consumption, but also contributes to the stabilization of the power grid, in particular by reducing Load peaks. This leads to a significant reduction in energy costs and less dependence on external electricity suppliers.

In addition, this project is a model for other companies in the region and beyond that want to make their energy consumption more sustainable and cost-efficient. It shows that investments in renewable energies and modern energy storage systems not only make ecological sense, but are also economically advantageous.

The large-scale storage project by Siegfried Jacob Metallwerke in North Rhine-Westphalia demonstrates a successful combination of innovative technology, entrepreneurial vision and a strong commitment to sustainability and resource efficiency. It is an example of how industrial companies can both reduce their ecological footprint and secure their long-term competitiveness by using modern energy systems.

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Commercial storage offers numerous economic benefits that go beyond the direct savings in energy costs. By optimizing energy use and increasing energy efficiency, companies can reduce their operating costs while improving their environmental footprint. The use of commercial storage allows companies to increase their energy self-sufficiency, which leads to more stable and predictable operations in the long term.

From an ecological perspective, commercial storage contributes to reducing CO2 emissions by enabling more efficient use of renewable energy. Excess energy from solar or wind turbines can be stored and used during peak demand instead of being lost. This leads to a better integration of renewable energies into the power grid and thus supports the energy transition.

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• Commercial storage: An essential element for the energy transition

🔌 In an increasingly energy-dependent world, the efficiency and safety of energy use is becoming increasingly important. Commercial storage systems play an important role here, especially with regard to optimized energy costs and the reliable supply of companies of all sizes. But in addition to the economic advantages, safety aspects must also be taken into account in order to ensure long-term sustainable solutions.

🔒 Safety as the top priority

A key aspect to consider when implementing commercial storage is security. One of the main fears when storing and using large amounts of energy is the risk of fires and explosions. However, modern commercial storage systems are designed to reduce these risks to a minimum.

A specially developed labyrinth system to dissipate outgassing effectively prevents fires and explosions. The gases that can form in a storage system due to the system are safely removed before they can ignite and trigger a chain reaction. This not only prevents the spread of fires, but also increases safety for the entire company premises.

Another important security mechanism is the limitation of so-called propagation, i.e. the spread of a problem to another memory module. With high-quality commercial storage systems, propagation is limited to a maximum of one module. This ensures that even in the event of a rare incident, the risk and damage can be controlled and minimized. This effectively prevents open flames and the associated explosions.

💰 Economic benefits and energy efficiency

In addition to the safety aspects, the use of commercial storage offers significant economic advantages. Companies can significantly reduce their energy costs through the targeted use of energy storage. By storing excess energy produced during times of low demand, companies can offset peak demand periods and benefit from lower energy costs. This applies to electricity from the grid as well as energy generated from renewable sources such as solar or wind power.

A well-sized commercial storage facility can also serve as a buffer to compensate for short-term fluctuations in supply. This is particularly important in industries that require a continuous and stable energy supply, such as manufacturing, data centers or healthcare providers. A stable energy flow minimizes production downtimes and increases a company's efficiency and competitiveness.

🌍 Contribution to the energy transition

Commercial storage is essential for the energy transition and the transition to a sustainable energy supply. They make it possible to compensate for the fluctuations in renewable energies and thus contribute to the stabilization of the entire electricity network. By integrating commercial storage into the energy system, dependence on fossil fuels is reduced and CO2 emissions are reduced.

In combination with intelligent energy management systems, commercial storage can also optimize energy distribution and reduce peak loads. This not only relieves pressure on the power grid, but also leads to a more even and efficient use of existing resources. For example, intelligently controlled storage systems can store excess energy from solar cells and release it when needed, increasing the efficiency of the entire energy infrastructure.

🔬 Technological advances and developments

Commercial storage technology has made enormous progress in recent years. Modern storage systems are not only safer and more efficient, but also more flexible and versatile. For example, modular systems allow storage capacity to be scaled as needed, providing a tailored solution for each business.

A particularly interesting area of ​​research is the further development of battery technology. New materials and manufacturing processes help to continually improve the service life and performance of storage devices. The most sought-after technologies currently include lithium-ion batteries, which are preferred due to their high energy density and safety. However, alternative technologies such as solid-state batteries or redox flow batteries are increasingly being used, which offer even higher safety standards and efficiency potential.

🔌 Integration into existing infrastructures

A key advantage of modern commercial storage is their high compatibility with existing infrastructure. They can be seamlessly integrated into existing systems without requiring major modifications or additional costs. This flexibility facilitates the transition to a more sustainable energy supply and makes the use of storage systems also attractive for small and medium-sized companies.

Commercial storage can also be used in combination with other technologies to further increase energy efficiency. For example, they can be operated together with intelligent electricity meter systems, solar systems or heat pumps. The networking of various components enables optimized energy management and contributes to cost reduction and environmental protection.

💶 Economic incentives and government funding

The importance of commercial storage for future energy supply is also recognized and promoted by the state. Many countries offer financial incentives and subsidies to companies investing in energy storage technologies. These subsidies make starting to use commercial storage even more economically attractive and contribute to the accelerated spread of this technology.

In addition to the direct financial benefits, government funding programs help advance the research and development of new storage technologies. By supporting innovative projects, new solutions are brought to market more quickly, which in turn advances the entire industry and promotes sustainable energy applications.

🔮 Continuous improvements in storage technologies

The importance of commercial storage will continue to increase in the coming years. With the progressive expansion of renewable energies and the continuous improvement of storage technologies, they are becoming an indispensable part of a future-proof and sustainable energy supply. Companies that invest in this technology at an early stage can not only optimize their energy costs, but also make an important contribution to climate protection.

The future of energy management lies in the intelligent and combined use of storage solutions and renewable energies. Through close collaboration between science, industry and politics, innovative concepts can be developed and implemented that fully exploit the advantages of energy storage. Continuous research will help make the technologies even safer, more efficient and more cost-effective, paving the way for widespread application.

The decision to integrate a commercial storage system not only represents an economic advantage, but is also a step towards a more sustainable and stable energy future. It makes it possible to make the energy supply more resilient and at the same time reduce dependence on fossil resources, which ultimately benefits society as a whole.

📣 Similar topics

• 🔋 Commercial storage as the key to optimized energy costs
• 🔒 Safety first: commercial storage
• 💰 Economic advantages through commercial storage
• 🌍 Commercial storage and the energy transition
• 🔬 Technological advances in commercial storage
• 🔌 Integration of commercial storage systems into existing systems
• 💶 State funding for commercial storage
• 🔮 Future prospects for commercial storage
• ⚡ Increase energy efficiency through commercial storage
• 🌳 Sustainability through commercial storage

#️⃣ Hashtags: #commercial storage #energy efficiency #energy transition #energy storage #sustainability

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