InBangladesh, just 59.60% of the populace approaches power with a for everycapita accessibility of 279 KW-hrper annum 7, 8.
There are more than 87,319towns in Bangladesh, and a large portion of them are not associated with thenational matrix 9. Power age in Bangladesh faces a few issues, for example,deficiency of gaseous petrol, questionable old power plants, expanding numberof populace, and so forth. It to a great extent relies upon gaseous petrol, verynearly 63% 10.This unnecessary reliance causes a few issues. Because of fallof gaseous petrol age or lack of petroleum gas supply, power generation will behampered.
23% of energy is created from over 20 years of age control plants11. Figure 1 demonstrates the Installed Capacity of BPDB Power Plants as onFebruary 2016. Add up to Installed Capacity of BPDB Power Plants as on April2016 is 12229 MW. Thereis a little limit of hydro-electric power source in Kaptai, Chittagong.
Bangladesh will set up 2400MW atomic power plant at Ruppur with two reactors,each of which will produce 1,200 MW of energy . Bangladesh is experiencingtroubles in providing vitality to keep up its monetary development. Theelectrical load top request of Bangladesh in 2016 is about 11,405 MW. Greatestage in 2016 is 8088 MW leaving a lack of 3317 MW. Government has wanted tocreate 19000 MW inside 2021. To get together the objective, Bangladesh shouldconcentrate on the significant measure of sustainable power source assets. Bangladeshhas 15 MW sun based vitality limits through rustic families and 1.
9 MW twistcontrol in Kutubdia and Feni. Bangladesh has intended to deliver 5% ofaggregate power age by 2015 and 10% by 2020 from sustainable power sources likeair, squander and sunlight based vitality. Wind Energy Scenario InBangladesh Initially, referencesdemonstrate that with a populace of 146.2 million zap rate is 59.60%.Totalelectrical vitality introduced limit is 12229MW (2016) 10 and add up tointroduced wind vitality is1.9 MW.
Wind vitality potential in Bangladesh isover20,000 MW 39, the breeze speed being < 7 m/sec. In Bangladesh, look intoin the field of wind vitality started just a couple of years back, which haddemonstrated that some southern areas of Bangladesh have a decent capability ofwind vitality 18, 19. Bangladesh Center for Advanced Studies (BCAS) as a teamwith Local Government and Engineering Department (LGED) and a universalassociation to be specific Energy Technology and Services Unit (ETSU) from UKwith the financing from Department ofForeign and International Development(DFI) has endeavored to screen twistconditions at seven beach front destinations for a time of one year in 1996-97.They gauged twist parameters at a tallness of 25 m.
At present, a few breezeasset work is progressing in the nation by Bangladesh Power Development Board(BPDB), Bangladesh Council of Scientific and Industrial Research (BCSIR), LocalGovernment Engineering Department (LGED) and Bangladesh University of Engineeringand Technology (BUET). They have just begun estimating wind speeds at somecommonplace areas of Bangladesh. In Bangladesh first-historically speaking ageof power from twist is at Muhuri Dam, Feni having a limit of 0.9 MW (225 KW, 4Turbines) and another at Kutubia Island (20 KW, 50 turbines) with a limit of 1MW . Vesta Company of Denmark will contribute 100 MW wind control plant whichwill be made in Patuakhali.
This will be the biggest breeze control plant ofBangladesh. Bangladesh is arrangedbetween 20.30 – 26.38 degrees North scope and 88.
04 – 92.44 degrees East.Investigation of upper air information by Center for Wind Energy Technology(CWET) India demonstrates that breeze vitality asset of Bangladesh for powergeneration isn’t adequate ( < 7m/s) in the majority of the locale of thenation for matrix associated wind parks. This division is under researchessentially at seaside zone. Bangladesh has a sum of 574 km long drift line inthe Bay of Bengal.
The solid south/south-westerly rainstorm twist originatingfrom the Indian Ocean, in the wake of voyaging a long separation over the watersurface, goes into the seaside territories of Bangladesh. This exchange twistblows over the nation from March to October. This breeze speed is improved whenit enters the V-molded seaside areas of the nation. This breeze blows over thesurface of Bangladesh, having a normal speed of 3 m/s to 6 m/s. Amid October toFebruary, wind speed remains moderately lower.
The most extreme breeze speed ispicked up amid June-July. Along the beach frontterritory of Bangladesh, the yearly normal breeze speed at 30 m tallness ismore than 5 m/s . Twist speed in north-eastern parts in Bangladesh is over 4.5m/s while for alternate parts of the nation wind speed is around 3.5 m/s. Tohave phenomenal power extraction, the site ought to have no less than 7 m/swind speed.
For legitimate operation of the breeze turbine, center pointtallness for the most part runs from 20 to 40 m. After stature rectification,it has been watched that at 30 m there is an extraordinary potential fortackling wind control for power age in a few locales like Patenga, Cox’s Bazar,Teknaf, Char Fassion, Kuakata, Kutubdia, and so on http://www.ajer.org/papers/v5(07)/K0507085094.pdf Wind Energy Study Project(West) Bangladesh governmenthad an undertaking named as Wind Energy Study Project (WEST).
A year-longprecise breeze speed learn at seven beach front destinations in 1996-97 at astature of 25 m was done 22. The table underneath demonstrates the normalbreeze speed from six WEST stations Patenga, Cox’s Bazar, Teknaf, Char Fassion,Kuakata and Kutubdiaat 25 mheight