LESSONS LEARNED FROM SMART GRID PROJECTS, STUDIES & MODELS

In this dossier, you will find Smart Grid Case Studies from all over the world.

Why? Because we can stop climate change if we learn from each other.

Take a look at the best practices of your colleges in the world.

 

 

5 reasons why the green future is now:

1. prove we can transform to renewables
2. store renewable energy
3. ensure we can transfer to a robust and adaptable structure of power networks
4. make the local energy demand more flexible
5. decrease carbon emissions and help stopping stop climate change

 

Connecting the city – wifi and (open) data projects

• Smart City Pilot Projects in Chicago
• Project – Monaco City 3.0
• Smart City Projects in Stockholm: Structuring a Dialog with Citizens and Private Companies
• Smart City Projects in Boston: Connecting Citizens with City Services
• Smart City Projects in Rio de Janeiro: Using Safety to Attract New Business
• Smart City Projects in Hong Kong are focusing on ICT
• Business Models and KPIs for Smart Cities

 

Business applications – smart controllers

• Case study – Smart Grid Agri Project California, USA
• Project – Modular smart grid for business parks
• Project – Smart heat grid on TU Delft campus

•   Position Paper University of Denmark

 

Customer applications – smart meters

• Case study – Meter Project Sioux Valley
• Case study – Smart Meter Project Philadelphia
• Project Utrecht – E-power from cars, the Netherlands
• Project – Energy-neutral Heijplaat
• Project – PowerMatching City 2, Netherlands
• Project – ProSECco examines four user groups

 

Customer applications – electrical vehicle & transport

• Case study – China Eco-Transport
• Project – Framework for Electro Mobility
• Project – Smart Dynamic Charging For Electric Vehicles
• Project – Electric transport and decentralized electricity generation

 

 

Distributed generation and distributed storage

Just started

• Dutch city scoops with green power from electric cars

 

Pilots with the DC voltage grid

• Power Grid Project – Local electricity grid on DC voltage

 

Special for you: the model portfolio

1. EUPOWERDISPATCH
   

   EU power dispatch model

   EUPowerDispatch is a European electricity transmission network model, to analyse the impacts of the future increase of variable renewable energy on the European cross-border transmission capacity needs and future plans.
   The Model can be defined as a minimum cost dispatch model whose optimization is coded in the General Algebraic Modeling System (GAMS) using CPLEX, a high-performance mathematical programming solver from IBM. The off-line input/output data processing is performed using Matlab.

2. resLoadSim
   

   resLoadSim model

   resLoadSim is a tool for residential electric load simulation. The program allows predicting residential loads. It uses a probabilistic approach based on statistics to predict the electric load profiles of individual households by summing up all appliances consumption in a household.

3. STUM MODEL
   This continental Europe electricity transport model is based on the ENTSO-E research model describing the UCTE winter and summer cases for 2008 (STUM2008). This detailed model represents the complete grid topology, as it depicts the current network structure with all voltage levels and substations. It includes all the UCTE member countries and all the parameters for current transmission line and transformer impedances. Moreover, the thermal line capacities on most of the circuits are represented.
4. 

   Siemens Open Model for Smart Grids

   SGAM Model for Smart Grids
   With the Smart Grid Architecture Model (SGAM), Siemens has developed an open standards model whereby power supply companies and industry can display aspects of smart grid systems. The model can be used for the visualization, validation, and configuration of smart grid projects, and also for standardization within smart grids.

5. Guidelines

   European guidelines that aim to support the organization and management of your smart grid project and/or product development process

   • Evaluation toolkit survey questions
   • Toolkit creating a self reflection team
   • Toolkit how to find the right partners for your project
   • Toolkit improve your smart grid project results
   • Toolkit KPI’s consumer energy consumption
   • Toolkit KPI’s evaluation smart grids
   • Toolkit project development (PD)
     • Toolkit PD collaboration checklist
     • Toolkit PD Marketing strategies
     • Toolkit PD product checklist
     • Toolkit project development customer checklist
   • Toolkit security guidelines
   • Toolkit training the installing partners

 

Have you seen this?

• Overview Smart Grid Companies and StartUps
• Delft – Research Report Smart Cities

 

All dossiers

Circular

• INSPIRING, GREEN, CIRCULAR ARCHITECTURE
• MEGACITIES: CHALLENGES FOR MAYORS, ENGINEERS AND PLANNERS
• CIRCULAR ECONOMY: CHEAPER RESOURCES, MORE JOBS

Energy

• SMART GRID ENERGY STORAGE SYSTEMS
• SMART GRID PROJECTS AND CASE STUDIES
• PROS & CONS OF (RENEWABLE) ENERGY SOURCES
• TRENDING RENEWABLE ENERGY TECHNOLOGIES AND INITIATIVES

Climate change and water

• STOP THE PLASTIC SOUP
• FLOOD SOLUTIONS – FLOOD RISK MANAGEMENT
• BRAZIL DEHYDRATES
• FRESH WATER TECHNOLOGIES
• GREEN & BLUE CITY SOLUTIONS

Industry

• INDUSTRIES: MODELS FOR DECISION MAKERS

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