fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/potential-of-renewable-energy-in-the-north-harris-trust-area-2005-.pdf
15 17 20 3 2 8 10 4 12 10 1312 0 5 10 15 20 25 H y d ro p o w e r W in d E n e rg y S o la r T h e rm a l T id a l E n e rg y B io m a s s W a v e E n e rg y S o la r P h o to v o lt a ic G e o th e rm [...] 512650 Capacity of the boiler, kW 145 Motor capacity, kW 4 Electricity consumption, kWh/year 14112 Selected wood chip boiler1 Kob PYRTEC 200 Nomial output 150 – 200 kW 1 http://www.3genergi.co.uk/Kob%20Pyrtec [...] generate income for the North Harris Trust. A small scale hydro scheme with a capacity of 75 kW (1st option) or 153 kW (2nd option) can be developed in Bunavoneadar. The total cost of the scheme is expected
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/options-for-development-of-community-wind-energy-projects-in-the-north-isles-of-shetland-2007-.pdf
Description Battery 1 (800 kW, 2000 kWh) with hydrogen production Battery 2 (600 kW, 900 kWh) with hydrogen production Battery 3 (600kW, 1500kWh) with hydrogen production Battery 1 (800 kW, 2000 kWh) without hydrogen [...] Description Battery 1 (800 kW, 2000 kWh) with hydrogen production Battery 2 (600 kW, 900 kWh) with hydrogen production Battery 3 (600kW, 1500kWh) with hydrogen production Battery 1 (800 kW, 2000 kWh) without hydrogen [...] corresponding base heat load is about 563 kW for scenario 1 and about 213 kW for scenario 2. Matching of the resulting heating load with the energy output from the V52-850kW wind turbine, we found that scenario
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/the-ecological-footprint-of-the-sleat-peninsula-2008-.pdf
(tonnes) Energy Land Reduction (gha) Clan Donald Land Trust (50kW,) 170 69 14 Fearann Eileann larmain (15 kW) 80 32 7 Shabal Mor Ostaig (30 kW) 30 12 2.6 Source: SESAM, 2008 7.1.3 Energy Efficiency The energy [...] associated with a wind turbine is 333.33 m2 for a capacity of 1 MW and 284.21 m2 for capacity of 100 kW43. a) Large Scale Wind Turbine This scenario considers the development of a wind farm of 5 MW (5 x 1 [...] are 13% composting rate, 27% recycling rate, 33% of waste to landfill and 27% Energy from Waste (EfW). As mentioned in the result part of waste component that Sleat has reached the composting target in
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/present-situation-sustainable-energy-scenario-of-lochboisdale-up-to-2014-2009-.pdf
3p/kWh. South Uist area has excellent wind energy potential with an identified capacity from 850 kW to 14,000 kW. The mean wind speed in South Uist is estimated around 8 to 12 m/s at 75 meters height 38 . The [...] ………….. litter/y ………….. litter/y ………….. litter/y ………….. litter/y 63 Renewable Wind power ( kW) Solar Power ( kW) Solar Thermal ( ㎡) Bio-diesel/Bio-ethanol Biomass Waste Others (………………………………….) ………….. kWh/y [...] UK Pound Conversions 1 inch - 2.54 Centi Meter 1 kWh - Kilo-Watt Hour 1 Ton - 1000 kg 1 MW - 1000 kW 1 MWh - 1000 kWh xi Executive Summary In February 2009, the Storas Uibhist has hosted a study visit
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/community-development-projects-for-the-supply-of-heat-and-electricity-from-renewables-in-the-isles-of-barra-and-vatersay-2009-.pdf
were assumed to be £26,000 T&D? A price of £3000 per kW was considered for the turbine of 20 kW and a price of £2500 per kW was considered for the 50 kW option The power curve for the AOC 15/50 (Model AOC [...] for wind2heat options. Description Option 1 Option 2 Option 3 Wind turbine capacity 50 kW 20 kW 40 kW (2x20 kW) Investment wind turbine (£) 125,000 60,000 120,000 Investment distribution (£) 26,000 26 [...] By applying this assumption, the baseload for the high season shifts to 57kW (40kW*1.42) and peak load shifts to 256kW (180kW*1.42). Figure 30 shows a typical load profile for a busy day in both high and
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/the-transport-sector-in-rousay-and-eday-energy-cost-and-emissions-compared-to-kirkwall-2010-.pdf
UNFCCC : United Nations Framework Convention on Climate Change ix List of Units cc : Cubic Centimeter kW : Kilowatt MW : Megawatt kWh : Kilowatt hour MWh : Megawatt hour g : Gram Kg : Kilogram KJ : Kilo Joule
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/assessment-of-renewable-energy-technologies-for-the-sustainable-development-of-the-isle-of-jura-2012-.pdf
for 50 kW, 100 kW and 330 kW with their optimum penstock size and also with a larger penstock compatible with 330 kW capacity to allow for easy and less costly plant capacity extension of 50 kW or 100 kW [...] extendable to 330 kW in future) 100 kW hydropower plant with optimum penstock size 100 kW hydropower plant with larger penstock size (plant extendable to 330 kW in future) 330 kW hydropower plant with [...] 50 kW are shown in Figure 4-9 and Figure 4-10. 0 50 100 150 200 250 300 350 876 1752 2628 3504 4380 5256 6132 7008 7884 8760 P o w e r kW Hours Annual Power Duration Curve Power 330 kW Power 100 kW Power
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scenario with 180 kW hydro and 160 kW Diesel, medium demand scenario with 250 kW hydro and 160 kW Diesel, high demand scenario with 250 kW hydro, new hydro site 85 kW and Diesel 160 kW ................. [...] scenario with 180 kW hydro and 160 kW Diesel, medium demand scenario with 250 kW hydro and 160 kW Diesel, high demand scenario with 250 kW hydro, new hydro site 85 kW and Diesel 160 kW Source: Own calculations [...] Hydro 180 kW and Diesel (Status Quo) 340 874,660 1579,23 0,58 8,602 2 Hydro upgraded with 250kW, Mhuilinn 85kW and Diesel standby 495 874,460 1571,59 0,58 0,463 3 Hydro upgraded with 250kW, Scottas Burn
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/ic-2016-the-assessment-of-renewable-energy-projects-for-community-benefit-in-west-harris.pdf
160 180 0 0,1 0,2 0,3 0,4 0,5 P o w e r kW / E n e rg y M W h Design flow (m³/s) Power Energy 0 50 100 150 200 250 0 0,1 0,2 0,3 0,4 0,5 P o w e r kW / E n e rg y M W h Design flow (m³/s) Power Energy [...] assessed in this site as follows: Scenario 1: 100kW hydro and 100kW wind turbine Scenario 2: 100kW hydro with storage and 100kW wind turbine Scenario 3: 100kW hydro with storage and a larger wind scheme to [...] Scenario III: 100 kW Hydro + 200 kW Wind (2 x 100 kW Xant M-21) 7.7.1 Energy Assessment Under the current FIT scheme the same electricity price is paid for projects between 100kW to 1500kW. A third scenario
fileadmin/content/abteilungen/developing-countries/dokumente/downloads/international-class/2017-final-report-international-class.pdf
Limit Fulfilled? (800kW) (900kW) A (500kW) 45.0 25.2 25.4 21 1,102 YES (800kW) (900kW) B (500kW) 45.0 25.2 27.7 23.9 798 YES (800kW) (900kW) C (500kW) 45.0 25.2 25.4 21.7 995 YES 60 kW Craft village turbine [...] - 60 kW with FiT 60 kW without FiT 100 kW with FiT 100 kW without FiT N P V ( 1 ,0 0 0 £ ) Craft village private wire scenario comparison 60 kW with FiT 60 kW without FiT 100 kW with FiT 100 kW without [...] to be 5 % of the annual profit (Vidal, 2012). 800 kW Enercon 900 kW Enercon 500 kW Vestas HARBON 60kW XANT 100kW Unit Capacity 800 900 500 60 100 kW Gross Specific Yield 4754 3858 3862 3691.2 4544.7 kWh/kWp