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E-Mobility and LEG: Charging Electric Cars in Community

Aug 6, 2025

Integration of e-mobility into Local Energy Communities (LEGs). Community charging infrastructure, smart charging, optimization.

Cover Image for E-Mobility and LEG: Charging Electric Cars in Community

E-mobility and Local Energy Communities (LEGs) are a perfect combination: electric cars can serve as flexible storage and optimally use local renewable energy.

In this article, you'll learn how e-mobility is integrated into LEGs and what benefits this offers.

Why E-Mobility in LEGs?

Synergies

1. Renewable Energy:

  • Electric cars charge with local solar power
  • Optimal use of renewable energy
  • CO2-free driving

2. Flexible Storage:

  • Electric cars as mobile storage
  • Bidirectional charging possible
  • Grid stabilization

3. Community Infrastructure:

  • Share costs
  • Optimal use
  • Scalable

Community Charging Infrastructure

Models

1. Community Ownership:

  • LEG owns charging infrastructure
  • All members use
  • Costs are shared

2. Private with Access:

  • Individual members own
  • Others can use
  • Access rights agreed

3. Hybrid Model:

  • Mix of both models
  • Flexible structure
  • Optimal use

Smart Charging

Smart Charging

What is it?

  • Optimized charging times
  • Use of renewable energy
  • Load control
  • Cost optimization

Benefits:

  • Charge when solar produces
  • Reduced grid load
  • Cheaper prices
  • Higher efficiency

Integration with Smart Grid

How It Works:

  • Smart Grid controls charging
  • Optimization based on production
  • Automatic load shifting
  • Forecast-based

Vehicle-to-Grid (V2G)

Bidirectional Charging

What is it?

  • Electric car can return energy
  • Mobile storage
  • Grid stabilization
  • Additional revenue

Economics

Costs

Charging Infrastructure:

  • Wall charging station: 1,000-2,000 CHF
  • Column: 5,000-15,000 CHF
  • Cheaper communally

Savings

Benefits:

  • Cheaper charging (LEG prices)
  • Renewable energy
  • Reduced costs
  • ROI: 5-10 years

Frequently Asked Questions (FAQ)

How is charging billed?

Models:

  • Consumption-based billing
  • Flat rate
  • Combination models
  • Transparent via platform

How long does charging take?

Typically:

  • AC charging: 4-8 hours
  • DC fast charging: 30-60 minutes
  • Dependent on power

Next Steps

Integrate e-mobility?

  1. Analyze needs: Number of electric cars in LEG
  2. Plan charging infrastructure: Locations, capacity
  3. Integrate Smart Grid: Optimization
  4. Contact Upgrid: Advice

E-mobility makes LEGs even more sustainable!


Related Articles:

  • Smart Grid Technology for Energy Communities
  • Photovoltaics in LEG: Maximizing Solar Energy Use
  • Energy Storage in LEG: Batteries, Hydrogen, Pumped Storage
  • LEG Digitization: Platforms, Apps and Management Systems

About Upgrid: Upgrid supports LEGs in integrating e-mobility. Visit Upgrid.ch for more information.