H Y D R O G E M S HYDROGen Energy ModelS

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H Y D R O G E M SHYDROGen Energy ModelS

• Øystein UllebergRonny Glöckner
• Institute for Energy Technology (IFE)
• Norway

Web version, 2002.08.08
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Contents

• Vision
• Objectives
• Background
• PV/H2 Systems
• Wind/H2 Systems
• Overview
• HYDROGEMS
• TRNSYS
• EES
• Examples
• PEM Fuel Cell Modeling
• Wind/H2 System Simulation
• Downloads

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Vision
Provide Modeling toolsfor Simulation of RE/H2
Systems Integrated Hydrogen Systems based on
Renewable Energy
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Objectives

• System Design
• Analysis of Control Strategies
• Techno-Economic Optimization

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BackgroundRelated Activities at IFE

• Modeling of Integrated Hydrogen Systems based on
  Renewable Energy
• PV-H2 stand-alone power systems
• Wind-H2 mini-grid power systems
• Desentralized H2 refueling stations
• Development of Laboratory for Testing of
  Small-Scale Stand-Alone Power Systems
• Metal Hydrides storage
• PEM water electrolysis
• PEM fuel cells

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PV/H2 SystemsStand-alone Power Systems
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Wind/H2 SystemsGrid Connected Mini-grid Systems
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H Y D R O G E M SHYDROGen Energy ModelS
Photovoltaics Diesel Engine Generator System Wind Energy Conversion
Water Electrolysis PEM Fuel Cells Alkaline Fuel Cells
Power Conditioning Pb-Battery Hydrogen Storage
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TRNSYSTRaNsient SYStem simulation program
Solar Thermal Collectors Building Structures Thermal Storage
Heat Exchangers HVAC equipment Hydronics
Physical Phenomena Utility Output
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EESEngineering Equation Solver
Non- LinearEquation Solver
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EES User Interface
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PEMFC ModelCurrent Voltage Characteristics
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PEMFC ModelThermal Behavior
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Wind/H2System Simulation
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TRNSYS User Interface
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EES/HYDROGEMSDemo Program
A download is available at www.hydrogems.no
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TRNSYS/HYDROGEMSModels, Projects Demo Program
Registered TRNSYS 15 users can download the
HYDROGEMS Library Example Projects for free
from http//sel.me.wisc.edu/TRNSYS/ A TRNSED
download will soon be available from the same
website.
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Website
www.hydrogems.no