Our own generation replaces CO₂-intensive grid electricity. The AI prioritizes PV electricity and stores surpluses for peak loads and charging windows. This reduces the Scope 2 footprint – without compromising on availability.
KPIs (examples/placeholders)
CO₂ intensity of the supplied kWh: xx g/kWh
Avoided emissions p. a.: xx t CO₂
Share of green kWh in total consumption: xx %
PV + storage increase self-sufficiency – especially when the hall and charging infrastructure need power. This smoothes the load profile, reduces grid consumption and stabilizes the ecological impact over the year.
KPIs (examples/placeholders)
Degree of self-sufficiency (month X): xx %
PV self-consumption rate: xx %
Reduced grid consumption: -xx MWh/year
Depot charging is planned with self-generation and storage: Vehicles charge in suitable time windows, PV power has priority, peaks are buffered. This reduces emissions per trip and meets SLAs.
KPIs (examples/placeholders)
Charge availability: >99 %
Proportion of own electricity for charging: xx %
CO₂ per charging process: xx kg (vs. Mains mix yy kg)
At DENKINGER, energy becomes a success factor: our AI intelligently controls PV, storage and charging windows, reduces grid charges and stabilizes costs – efficiently, reliably and future-oriented.
We revitalize existing industrial and logistics spaces – thoughtfully planned, sustainably modernized and equipped with energy and IT options. This creates new value on existing land.
We create space before your new building is completed – with flexible spaces, temporary infrastructure and all the necessary operational services. This keeps your logistics flowing until the new property is ready.
Find out how intelligent energy management combines ecological responsibility and economic benefits.
DENKINGER GmbH
Röntgenstraße 6
89584 Ehingen