Delivered Proof of Concept for industrial partner
- Project
- 22035 MAST
- Type
- Enhancement
- Description
A logistics customer operates electric forklifts. Charging currently occurs partly during active work hours, when electricity prices and CO₂ intensity are higher. We collect data from the meters, get data about green electricity and price then create several simulations with green or price optimisations
Objective: Evaluate how much electricity cost and CO₂ emissions could be reduced by optimally shifting charging within an allowed time window - unique selling point SDG7
Results over 45 days :
- CO₂ reduction (green optimization): 35.36%
- CO₂ reduction (price optimization): 22.25%
- Contact
- Sorin Luca
- sorin.luca@wirtek.com
- Research area(s)
- Sustainability
- Technical features
With our product we deliver two essential tools for our customers: 1. Reporting & Analysis, and 2. Control In collaboration with forklift producers, Wirtek is giving warehouses with forklifts the data and control they need to reduce their CO₂ footprint by using their data combined with CO₂-forecasts to control when to charge heavy equipment.
Pilot setup at one location, collaboration with Our partner to bring out to all warehouses with forklifts
- We install our measurement gateway device CloudIO along with electricity meters and relays
- Using the data from the devices we figure out the typical charging time
- We use EnergiNet's CO₂ forecast and create a plan
- We turn on the chargers when the forecast says it is greenest, and then turn off after it is fully charged.
- Integration constraints
Forecast APIs from EnergiNet
- Targeted customer(s)
Industrial SMEs: Heavy machinery that requires charging
- Conditions for reuse
Licensing model put available to new customers
- Confidentiality
- Public
- Publication date
- 03-02-2026
- Involved partners
- Wirtek A/S (DNK)