Sequential Multi-Use

Sequential multi-use is a special form of multi-use. In this case, a battery storage system fulfils different applications one after another in time, instead of carrying them out simultaneously.

Time-staggered use of the storage system

A battery storage system can, for example, be used during the day for peak shaving and charge electricity at low prices at night from a dynamic electricity tariff. Through this temporal separation, the storage system is utilised optimally over the entire course of the day.

Benefits for companies

• high utilisation of the battery storage system throughout the day
• combination of several applications without mutual interference
• optimisation of electricity costs through the targeted use of price differences
• efficient integration of photovoltaics and other energy sources

The role of the energy management system

An intelligent energy management system controls the storage system in a time-dependent manner and decides which application is currently most sensible. This ensures an economically optimal use of the storage system.

Frequently Asked Questions (FAQs)

What does sequential multi-use mean?

Sequential multi-use means that a battery storage system fulfils different applications one after another in time, for example peak shaving during the day and charging at low electricity prices at night.

How does sequential multi-use differ from parallel multi-use?

In sequential multi-use, applications are used separately in time, whereas in parallel multi-use several applications take place simultaneously.

Which applications are typically combined?

Typical combinations are peak shaving, charging at low prices under a dynamic electricity tariff and the use of self-generated solar power.

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

Since the storage system is used for different applications at different times, its utilisation increases and with it its profitability.

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

An energy management system controls the storage system in a time-dependent manner and ensures that the optimal application is used at the right time.