EMS strategy
EMS strategy in the SpeicherCampus context: prioritizes PV, peak shaving, backup power and tariffs. Technically, the term is usually described as the operating logic of the energy management system.
What does EMS strategy mean?
The EMS strategy is the storage system’s configured operating logic: the rules by which the energy management charges, discharges, limits and reserves. The same hardware behaves completely differently with a different strategy — it is the link between the installation and the business goal.
Typical building blocks are self-consumption optimization, a peak-shaving threshold, a backup reserve, tariff-driven charging windows and PV forecast control. The craft lies in prioritization when goals collide.
What matters in practice
- define the priority chain explicitly (e.g. reserve > peak shaving > self-consumption)
- derive thresholds from the load profile and adjust them seasonally
- document the strategy — otherwise no monitoring output is readable
- annual strategy review: the business changes, the rules must follow
Practical example
A business puzzles over weak peak-shaving results. Cause: the self-consumption logic fully drained the system every evening — the morning peak met an empty battery. A rule change (20 % morning reserve) solved it without a cent of hardware.
The SpeicherCampus perspective
SpeicherCampus delivers storage with a documented EMS strategy derived from the load profile — and adapts it in operation instead of leaving factory defaults running.