... software to conduct a comprehensive analysis of the wind energy potential at a distinct site in Nagpur, India. The assessment includes monthly average wind speeds, wind rose diagrams that show the prevailing wind directions, and wind power density (WPD) calculations. These factors together establish...

...Sukanta Roga, PhD; Vivek Kisku, BE; Subir Datta, PhD The performance of a wind energy conversion system based on a vertical axis wind turbine and a permanent magnet synchronous generator was evaluated in a computational study. A power point tracking approach was used to determine the maximum output...

... that there are abundant wind resources and hidden potential in selected high wind–high gain areas of almost 40 GW of onshore and offshore wind projects that could make Egypt a unique energy hub among Africa, Europe and the Middle East. The need for a green transition in the power sector is immense. However...

... were used to compare the performance of irrigation pumping stations. The input power, output power and total energy efficiency were calculated for the pumping stations. The results revealed that the total efficiency ranged between 3.2 and 24.4% in the diesel pumping stations and from 15.7 to 100...

... Publishing: All rights reserved 2021 energy mathematical modelling power renewable energy In this method, least-squared regression is used to calculate the shape and scale parameters. By taking logarithm twice of the general expression of WDF the GM is obtained as 4 − v c...

...-source motor was taken into consideration, and based on the independent vector control method, the dual-source-driven system was modelled and simulated to achieve the motor-independent control between power output and power generation as well as the energy exchange between fuel cell and secondary power...

... programming for a limit of the area of up to 2500 m² or presence of a sensor that switches off the illumination 30 min after all occupants leave or signal from another control or alarm system indicating that the area is unoccupied. The efficiency levels for lighting power range from...

... storage systems (ESS), electric vehicles (EV), cogeneration of cooling, heating and power (CCHP) and so on (Arshad and O'Kelly, 2018 ; ffrench et al., 2005 ; Lühn and Geldermann, 2018 ; Shivkumar et al., 2016 ; Teng et al., 2015) is constantly increasing in the power system...

... environmental factors. 05 08 2019 21 10 2019 ICE Publishing: All rights reserved 2020 environment power renewable energy The land area in the GCC countries is mostly covered by fine-granule desert sand or dry land with minimal vegetation. Al-Salem et al. (2018...

...Yuhang Xia; Dengwei Duan; Yijun Liu; Chenjie Xia; Jianglin Zhang Due to the existence of wind turbines in virtual power plants (VPPs), to eliminate the fluctuation characteristics of the wind turbine in the VPP and quantify the impact of the capacity of the energy storage system (ESS) on VPPs...

..., they promise a safer, lower-waste and reduced-risk venture, with earlier investment returns for investors compared with large-scale nuclear power plants. Moreover, non-proliferation is enhanced through the use of small quantities of non-weapons-grade nuclear fuel or the introduction of alternative potential...

...Peter D. Dunn, OBE, PhD, FIMechE, FIET, FIE.CEng Bryan Donkin’s 1902 paper on motive power from blast-furnace gases provides a valuable snapshot of the situation at the time and, in particular, illustrates the high degree of development of the gas engine. It is an integrating paper, both...

... background of price fluctuations and energy uncertainty. This paper discusses how energy can be derived from the recycling loop, by looking at the potential that combined heat and power solutions offer for turning waste into clean energy. While this process has been used effectively for some time across...

... arrangement of devices is a multi-objective problem, which lends itself to solution using genetic algorithms. This approach has been proposed for the design of wind farms; this paper uses a simplified analysis to investigate its potential for the optimisation of tidal power arrays. ICE Publishing: All...

...Yong Sheng, PhD; Nikolay Hristov, MEng; Michael Green, PhD Coal-fired power plants still have a sizeable ‘carbon footprint’, despite advances in technology that have made them ‘greener’. On the other hand, many of the world’s coal reserves are also lying unused because the seams are simply too deep...

... to accelerate the uptake of biomass-fuelled heating and combined heat and power in north east England has been undertaken in the context of the fuel and technology supply chain and government incentive schemes. The analysis is based on design studies for a diverse set of 15 small and medium properties...

... about off-peak electricity use, thereby reducing the need for increasing the country’s installed generation capacity and distribution infrastructure. The rollout will also offer enhanced energy efficiency, improved power distribution, operational efficiency and reliability alongside improved control...

...R. Lee, BEng, CEng, MIET Combined heat and power (CHP) is a tried and tested technology that can deliver significant benefits in a world of constrained energy resources and ever tightening greenhouse gas emission limits. This paper provides an introduction to CHP and its application in the UK...

...P. Jones Several very large offshore windfarms are now planned for construction in hostile, remote locations in waters around the UK, where they present some significant new engineering challenges in bringing large quantities of electrical power back to shore. The design, construction and operation...