Wind energy potential assessment to estimate performance of selected wind turbine in northern coastal region of Semarang-Indonesia

Premono, Bagus Surya; Tjahjana, Dominicus Danardono Dwi Prija; Hadi, Sasongko Pramono

doi:10.1063/1.4968279

Cited by 20 publications

(12 citation statements)

References 21 publications

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“…This height is uncommon in North America and rare in Europe, although it is slightly more common in Asia and the rest of the world [62]. Premono et al presented turbines with hub height from 30.5 to 75 m in their analysis of wind energy potential assessment on the northern coast of central Java, Indonesia [63], and Vasel-Be-Hagh and Archer calculated 5.4% more power when rows of tall (100 m) and short (57.5 m) wind turbines are alternated [64]. Table 4 presents the average air density calculated with Eqs.…”

Section: Wind Power Densitymentioning

confidence: 99%

Wind speed description and power density in northern Spain

Herrero-Novoa

Pérez

Sánchez

et al. 2017

Energy

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Wind resources are increasingly being investigated as a clean alternative for generating energy. This paper analyses the daily wind speed recorded at 46 automatic weather stations located in Navarre, northern Spain, in 2005e2015. Key points are the surface density of stations and the range of time that ensure a faithful depiction of wind speed together with surface calculations from image analysis and correlation with height. Different statistics were used. Median wind speed at 10 m was low, about 3.3 m s À1 and its interquartile range was narrow, about 2.3 m s À1. Nearly half the surface shows a median wind speed above 3.0 m s À1. The method of moments was employed to calculate the parameters of the Weibull distribution. Around half of the surface presented a shape parameter above 2.25 and the scale parameter was above 4 m s À1 for nearly 41% of the region. Although wind resources are not suitable for wind turbine applications in most of the region, since the wind speed is low in low-lying areas, about 12% of the region is suitable for stand-alone applications and, moreover, a substantial part of the region, around 23%, presents satisfactory wind resources for the installation of wind turbines.

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Section: Wind Power Densitymentioning

confidence: 99%

Wind speed description and power density in northern Spain

Herrero-Novoa

Pérez

Sánchez

et al. 2017

Energy

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“…Since the minimum cut-in wind speed for viable utilization, in water pumping, have been put at 2.2 ms -1 , then only 54.8% of the wind speed frequency will be useful. So, no wind turbine will operate at speed lower than 2.2 ms -1 as it cut-in speed (Premono et al, 2017). The frequency distribution also shows that there is no zero wind speed which implies that there is no calmness throughout the entire year in Minna.…”

Section: Resultsmentioning

confidence: 99%

Assessment of Wind Potential Energy at Height 100 m in Minna, Niger State, Nigeria

Stephen¹,

David²,

Babatunde³

2019

APTA

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The reliance of a developing nation like Nigeria on hydroelectricity over time has led to power shortage which has hampered her economic and technological advancement because of its seasonal variation. The use of fossil fuel will not also be a better alternative since it is not environmental friendly. However, wind energy is free, clean, cheap and does not contribute to acid rain or global warming. The aim of this research is to carry out an assessment of wind potential in Minna, Niger State, Nigeria for power generation. The characteristics of the wind speed and energy potential in Minna, were examined using daily wind speed and direction data of 2 years, obtained using a metrological instrument; Davis 6162 Wireless Vantage Pro2 positioned at 100 m height. The collected data was analysed statistically and summarised in a simple and concise manner. The results show that the most probable wind speed was 0.4 ms-1 with extractable energy density of 25.04 Whm-2 while the wind speed corresponding to the maximum energy was 10.70 ms-1 delivering 45.96 kWh of energy. The average of the annual wind speed was 10.35 ms-1 which produced energy of 38.03 kWh. Though the average wind speed value revealed that the wind is suitable for wind-electric generation but has a low frequency, hence the power generation will do well for irrigation purposes. The prevailing wind direction was in the NorthEast direction with 14.84 % of the wind direction frequency. So a wind station will be more efficient if it is stationed in this predominant NorthEast direction.

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“…Suitable wind turbines were selected in the simulations in this study. The results showed that the capacity coefficient of these simulated turbines was 29.79% and their production capacity was 261 MWh/year (Premono et al, 2017). The corresponding value for Ardabil was from 3.68 to 4.55 m/s, with an average of 4.16 m/s.…”

Section: Case Study Descriptionmentioning

confidence: 93%

“…It was concluded that to harvest wind power into electricity, wind turbines capable of operating in low wind speeds needed to be installed and used in this area (Okeniyi et al, 2015). Premono, Tjahjana, and Hadi (2017) conducted a statistical investigation of wind speed characteristics and measured wind speed potentials of the northern coast of Semarang in Java, Indonesia. The annual wind data was gathered from weather stations at a height of ten meters.…”

Section: Case Study Descriptionmentioning

confidence: 99%

Evaluation of Resources and Potential Measurement of Wind Energy to Determine the Spatial Priorities for the Construction of Wind-Driven Power Plants in Damghan City

Zahedi

Ahmadi

Eskandarpanah

et al. 2022

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The rate of energy consumption is increasing worldwide due mainly to economic advancement and population growth. As a result, renewable energy sources have gained unprecedented popularity. Wind power has attracted much attention recently as it is economical and does not create environmental pollution. One vital factor that must be considered in the construction of a wind-driven power plant is the selection of a suitable location. Location choice is highly dependent upon the outcome of investigating a potential construction site. This research, along with investigating the effectiveness of parameters for determining a potential location, aims to explore the elements that play a major role in identifying and selecting an optimal wind farm site. The most suitable locations for the construction of wind farms in the city of Damghan were identified and selected through analyzing and integrating maps using GIS software. Within the whole Damghan city area, about 2,240 km2, which comprises 16% of the city’s area has been identified as suitable for establishing wind-driven power plants. By considering the relevant elements and keeping an appropriate distance between the plants to avoid power reduction, it is estimated that a total energy output of about 1,000 MW can be produced by wind-driven power plants in this city.

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Wind energy potential assessment to estimate performance of selected wind turbine in northern coastal region of Semarang-Indonesia

Cited by 20 publications

References 21 publications

Wind speed description and power density in northern Spain

Wind speed description and power density in northern Spain

Assessment of Wind Potential Energy at Height 100 m in Minna, Niger State, Nigeria

Evaluation of Resources and Potential Measurement of Wind Energy to Determine the Spatial Priorities for the Construction of Wind-Driven Power Plants in Damghan City

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