Energy consumption modelling - ADU-RES
Energy consumption modelling - ADU-RES
Energy consumption modelling - ADU-RES
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Wind turbine<br />
Manufacturer Southwest Windpower www.windenergy.com<br />
Model Whisper H40 www.windenergy.com/Whisper500Manual.pdf<br />
Power 460 W at 10 m/s (rated)<br />
900 W at 12.5 m/s (peak)<br />
Generator Permanent magnet<br />
Variable frequency<br />
3-phase<br />
Nominal voltage 24 V AC<br />
Rectifier/controller EZ-Wire 120/1600 www.windenergy.com/Whisper500Manual.pdf<br />
Diode bridge rectifier<br />
Dump load controlled on battery voltage<br />
Power curve NREL, Power Performance Test Report www.nrel.gov/wind/pdfs/32748.pdf<br />
Table 3. DC Power Performance at Sea-Level Air Density<br />
Batteries<br />
Type Flooded lead-acid<br />
Manufacturer Fulmen Solar<br />
Capacity 1850 Ah at 100 h rate<br />
Configuration 12 cells in series<br />
Nominal overall voltage 24 V<br />
Assume performance details from:<br />
Manufacturer BP Solar www.bpsolar.com.au<br />
Model PVSTOR 2P1110 http://www.bp.com/... /Aust_ps_solar_PVstorBrochure.pdf<br />
Capacity 1110 Ah at 100 h rate www.solartech.com.au/pdfs/products/batteries/pv_stor_manual_5.pdf<br />
But scaled to give 1850 Ah at 100 h rate.<br />
Inverter 1 (for centrifugal pump)<br />
Manufacturer Siemens<br />
Model ESW 3024 http://www.photovoltaic.gr/inverters/english.htm<br />
Nominal Input 24 V DC<br />
Output 230 V AC, 50 Hz, Single-phase<br />
<strong>ADU</strong>–<strong>RES</strong> WP6 Deliverable 6.1 Page 34 of 69
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