DISTRICT

DISTRICT – Region: System Development & Market Integration Heat & Power

Introduction

Especially at distribution network level, a close interconnection in utilization and generation of electricity and heat will lead to new opportunities for complementary use and for securing the stability of the electricity grid. In an energy system with high shares of fluctuating renewable energies, these tasks play a decisive role.
The model DISTRICT examines the systemic opportunities of the electricity and heat cogeneration at distribution network level. The main questions which are answered by the model are the following: How does a future cost-optimized energy system including the annual development path look? Which flexibility options will be used in this minimum-cost energy system? What role do energetic building refurbishments play in an optimized system?

DISTRICT
© Fraunhofer ISE

Input and Output of DISTRICT.

Characteristics of the model

The following features are characteristic for the model DISTRICT:

  • Cost-minimal optimization of an energy system at distribution network level including the annual development path up to the year 2025 and an evaluation of the resulting energy system.
  • Sectors: Power and heat applied to the sectors residential buildings, industry, commerce, trade, and services.
  • Framework conditions: various regulatory and economic conditions can be analyzed
  • Type of energy system model: optimization of expansion and operation coupled with network flow simulation
  • Regional resolution: 140 regions
  • Temporal resolution: 15-minute intervals up to the year 2025
  • Programming language: General Algebraic Modeling System (GAMS), Solver: IBM ILOG CPLEX optimizer

Potential users

  • Policy makers
  • Public utilities
  • Energy service providers

References

  • NEMAR project
  • StroWae project
  • Saad Hussein, Noha; Senkpiel, Charlotte (2015): Dentralized market Agent (DMA). Optimizing the heat and power demand in a distribution system. IAEE conference, Antalya 2015
  • Saad Hussein, Noha; Senkpiel, Charlotte (2014): A decentralized market Agent (DMA) for optimizing the coupling of heat and electricity in a distribution system. IRES, Düsseldorf 2015
  • Saad Hussein, Noha; Rinn, Lars Manuel; Krüger, Christine; Tomke, Janßen; Biener, Wolfgang; Senkpiel, Charlotte;(2016) Possible Actions to maximize the flexibilty usage in a decentral Energy System fot the Heating and Electricity Sector: 14. Symposium Energieinnovation, 10.-12.2.2016, Graz/Austria
  • Saad Hussein, Noha; Den Hollander, Matthias; Senkpiel, Charlotte;(2016) Effects of retrofitting on the operation and deployment of technologies within a decentralized system: 10th International Renewable Energy Storage Conference