01 Introduction

• 2030: Preparation of technologies for 2050

• 2050: Net zero GHG-Emissions

• Industry:

  • Reduction 90 % compared to 2010

  • Implement 85 % renewables for electricity demand

• Energy demand triggered by the process

• Optimizing of energy efficiency starts with the process

• Optimizing variable renewable energy integration starts with the resource

—> Holistic System Efficiency Approach: Both has to be taken into account

1. Manufactory: Energy in form of candles for lightening, wood for heating

2. Industrialization: Steam engine

3. Conveyor belt: Electrical drives used, main supply burning fossil fuels

4. Automation: Nuclear power and renewables as a substitute

5. Digitalization: Paris agreement aims regarding to decarbonisation —> higher investments in renewable energies

= Performing of functioning in the best possible manner with the least waste of time and effort

—> “Doing things in the right manner”

= Adequate to accomplish a purpose; producing the intended or expected result

—> “Doing the right things and producing the expected results”

“Doing the right things in the right manner and producing the expected results”

1. Understanding the system

   • Combining production competence with energetic thinking

   • Awareness of responsible employees on client side

2. Robust data basis

   • Cause based measurement

   • Collection of specific parameters (e. g. key performance indicators)

3. Demonstrate and quantify advantages and benefits

Newest development: 2020 EU Green Deal

• 2030: 55% reduction of the emissions

• 2050: 100 %

• Need to significantly step up energy efficiency efforts