Micro-generation using LMS Imagine.Lab AMESim
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1 Micro-generation using LMS Imagine.Lab AMESim 2009/04/20 Event title (to be altered on title master) Presenter name presenter job title (to be altered on title master)
2 Agenda Home electric network components Solar panels Load profiles and system examples Control aspects Heat and co-generation 2 copyright LMS International
3 The electric network Modeling the electric network with the electrical libraries: 3 copyright LMS International
4 DC/DC converters Simple ideal transformer: Boost chopper: 4 copyright LMS International
5 Inverters (DC/AC converters) Example of an inverter model: 5 copyright LMS International
6 Batteries Batteries commonly used in PV systems: - Lead-acid batteries In AMESim, tables providing the open circuit voltage and the internal resistance depending on the SOC (State-Of-Charge) 6 copyright LMS International
7 Agenda Home electric network components Solar panels Load profiles and whole system examples Control aspects Heat and co-generation 7 copyright LMS International
8 Solar panels Equivalent electric circuit of a solar cell (PV): - current source + diode, with 2 resistances (one in parallel, one in series) - the current source is proportional to the sun irradiance received by the photovoltaic cell: 8 copyright LMS International
9 Solar panels Validation of the model with data from solar module makers Example : BP Solar, SX170B 9 copyright LMS International
10 Solar panels : how to maximize the output Optimum angle of solar panels : perpendicular to sun direction Mechanical solar trackers (one-axis or 2-axis) can be used to optimize the solar panel orientation towards the sun Maximum Power Point Tracker: electric device which set the optimal voltage to get the maximum electric power from the solar panel 10 copyright LMS International
11 Agenda Home electric network components Solar panels Load profiles and system examples Control aspects Heat and co-generation 11 copyright LMS International
12 Consumers: load profiles Examples of household electric loads (mean value on 90 houses in UK) Electric power sink in AMESim 12 copyright LMS International
13 Examples of systems Example of simple grid-tied PV system in AMESim (electric network in equivalent DC): 13 copyright LMS International
14 Examples of systems Example of simple grid-tied PV system with battery in AMESim (electric network in equivalent DC): 14 copyright LMS International
15 Agenda Home electric network components Solar panels Load profiles and system examples Control aspects Heat and co-generation 15 copyright LMS International
16 Extensions : several sources and consumers ENERGY SOURCES city electric network Control Unit ENERGY CONSUMERS Aircon Solar energy Solar panels DC AC light Natural gas Micro-CHP system (fuel-cell, gas engine, ) electric power heat Inverter electricity demand electric appliances kitchen Tank hot water demand bathroom 16 copyright LMS International
17 The Control Unit(s) Using the Signal library in AMESim: Using dedicated tools (Matlab/Simulink, Labview, Scilab, ) in co-simulation with AMESim: Simulink The de-facto standard for control system design AMESim - Simulink Interfaces Easy-to-use and efficient tool for coupling AMESim plant model within Simulink control system model AMESim Multi-domain systems simulation platform 17 copyright LMS International
18 Agenda Home electric network components Solar panels Load profiles and whole system examples Control aspects Heat and co-generation 18 copyright LMS International
19 Fuel Cell modeling Enefarm specifications: - Electric output 1kW - Heat 1.2 kw Simple FC model in AMESim: Parameters: - Number of cells - Cell area Outputs: - Electric power (current and voltage) - Heat released - Consumption of fuel 19 copyright LMS International
20 Example of grid-fc-pv-battery system 20 copyright LMS International
21 Basic FC cogeneration system DC Inverter AC electricity Natural gas Fuel processing system H2 Fuel Cell (PEMFC) electric power hea t Tank hot water 21 copyright LMS International
22 Basic FC cogeneration system Basic house co-generation system, how it works : 1. The fuel processing system extracts hydrogen from gas (methane for example) 2. The Fuel Cell stack generates electricity from chemical reaction between hydrogen and oxygen 3. The inverter converts direct current into alternative current 4. The water tank is heated by the heat produced by the FC chemical reaction 22 copyright LMS International
23 The Fuel Cell and Fuel Processing System 23 copyright LMS International
24 The heat recovery and the tank Several examples of thermal systems: tank model Heat exchanges: Solid/solid (conduction) Solid/liquid (convection) Solid/gas (convection) Cooling System 24 copyright LMS International
25 Key benefits LMS Imagine.Lab AMESim key benefits for co-generation modeling: àmulti-domain: Co-generation involves different physical domains: electric, thermal, fluids, chemical, mechanical AMESim, thanks to its fully compatible libraries based on physics, is perfectly adapted to the modeling of this kind of systems. àflexibility: It is very easy in AMESim to change and adapt the models, to add some components, to create and customize its own models. All kind of architectures can be represented and different strategies can be tested depending on the consumption, the environment, 25 copyright LMS International
26 Thank you Event title (to be altered on title master) Presenter name presenter job title (to be altered on title master)
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