ENERGY LIFT · Load Intelligence & Flexibility Twin

Autonomous energy orchestration for electrified industry.

Energy LIFT coordinates industrial production, electrified process heat, thermal storage, batteries, onsite renewables and grid constraints to create feasible and cost-efficient operating plans.

Electrify heat. Protect production. Flex the grid.
Industrial heat pump and thermal storage tank in a food processing plant
01 / The problem

Industrial electrification creates a coordination problem.

Facilities are adding
  • Electric heat pumps
  • Electric boilers
  • Thermal storage
  • Batteries
  • Onsite renewable energy
…which must operate around
  • Production schedules
  • Heat demand
  • Electricity prices
  • Grid capacity
  • Equipment constraints

Optimizing them independently can increase cost or create new grid peaks.

02 / The solution

One intelligence layer for industrial energy.

FORECAST
OPTIMIZE
RE-OPTIMIZE
EXPLAIN

Energy LIFT creates a 24-hour operating plan that jointly coordinates:

ProductionProcess heatThermal storageBatteryRenewablesGrid constraints
03 / How it works
01
Predict

Forecast heat demand, electricity demand, renewable generation and energy conditions.

02
Optimize

Calculate the lowest-cost feasible operating schedule while respecting production and equipment constraints.

03
Adapt

Re-optimize when production, electricity prices or grid conditions change.

04
Explain

Provide operators with transparent reasons for every recommendation.

04 / Core technology

From plant signals to a feasible plan.

Production Schedule
Heat Demand
Electricity Prices
Renewables
Grid Conditions
ENERGY LIFT
Forecasting Models
Optimization Engine
Constraint / Safety Layer
Explainability
Optimized Industrial Energy Plan
The optimization engine cannot violate hard production, equipment or grid constraints.
05 / Industries

Initial target industries

Starting with low- and medium-temperature industrial process heat.

Food & Beverage
Dairy
Breweries
Textiles
Paper
Industrial Cleaning
06 / Value

What Energy LIFT measures and improves

Energy Cost
Peak Grid Demand
Renewable Utilization
Thermal Storage Utilization
CO₂ Intensity
Production Reliability

KPI categories only. Savings will be reported after industrial pilot validation.

07 / Current stage

Prototype / MVP under simulation-based testing

Energy LIFT is currently being developed and tested using a simulated industrial plant and public energy data.

Next stage: Industrial pilot validation.

Current prototype capabilities
  • 24-hour energy optimization
  • Industrial heat coordination
  • Thermal storage scheduling
  • Grid-constraint management
  • Scenario simulation
  • Decision explainability
08 / About

Energy LIFT is being developed as an early-stage industrial energy and AI venture focused on making industrial electrification economically and operationally viable.

Founder background

MBA in Sustainable Mobility Management at TU Berlin, with experience in logistics, operations, business development and energy/mobility innovation.

09 / Contact / Pilot

Interested in testing Energy LIFT?

Tell us about your site and energy challenge. Submitting opens your email app with the details filled in.