Multi-Use

Multi-use describes the use of a battery storage system for several applications simultaneously or in succession. Instead of fulfilling only a single function, a storage system can take on different tasks within the energy system.

Several applications in one system

Typical applications of a storage system include, for example, peak shaving, the self-consumption optimisation of solar power or the use of a dynamic electricity tariff.

In multi-use, these applications are intelligently combined with one another, so that the storage system is utilised as efficiently as possible.

The role of the energy management system

An energy management system monitors energy generation, consumption and market prices. On this basis, it decides automatically which application is economically most sensible at any given moment.

Benefits of multi-use

• higher utilisation of the battery storage system
• several saving and revenue potentials at the same time
• better integration of photovoltaics and charging infrastructure
• optimisation of a site’s entire energy system

Frequently Asked Questions (FAQs)

What does multi-use mean for battery storage?

Multi-use means that a battery storage system fulfils several applications simultaneously or in succession, such as peak shaving, self-consumption optimisation or the use of dynamic electricity tariffs.

Why does multi-use increase the profitability of a storage system?

When a storage system fulfils several applications, it can be used more frequently and tap into different revenue or saving potentials.

Which applications are frequently combined?

Typical combinations are peak shaving, self-consumption optimisation of solar power and the use of dynamic electricity tariffs.

What role does an energy management system play in multi-use?

An energy management system controls the storage system in such a way that different applications are automatically prioritised and optimally combined.

Why is multi-use interesting for companies?

With multi-use, companies can reduce their energy costs, use grid connections more efficiently and achieve several economic benefits from a single battery storage system.