Renewable Solar Power Project for Dairy Farm in Yeovil Somerset … Research Paper
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Renewable Energy Project for Dairy Farm in Yeovil, Somerset
The objective of this project is to develop the assessment of the renewable energy resources for the renovation of an old dairy farm in Yeovil, Somerset. The paper assesses the solar PV, wind power and thermal solar to choose the best renewable energy source for the farm's renovation. The outcome of the assessment reveals that the solar PV is the best renewable energy system for the renovation of the farm. The detailed assessment of the solar PV using the discounted cash flow, carbon savings, IRR (internal rate of return), NPV and use of pictorial elements reveal that the solar PV will make the farm owner enjoying a cost decline from the farm operations, and increase the annual revenue over the next 25 years. The results of the assessment also reveal that the project is feasible based on the results of the NPV and IRR. Moreover, the project is sustainable because it will reduce 445 g carbon dioxide emission per year. The study recommends that the UK government should increase the subsidies allotted to the thermal solar power and other renewable energy sources to reduce the costs of the solar PV in the UK thereby encouraging the use of the solar PV across the dairy farms in the UK.
The objective of the project is to renovate the old dairy farm located in Yeoviton, Somerset essential to take the advantages of cost reduction of the renewable energy since the government has encouraged the use of the renewable energy by introducing the FIT (Feed-in-tariff) subsidies for the solar power across the UK. In the last few years, there has been an increase of carbon emission from the use of the conventional electricity and methane from the cattle waste. Typically, the renewable energy resources have been identified as the effective power sources to reduce the carbon emission in the farms. The project intends to take the advantages of the benefits of the renewable energy resources to renovate and retrofit our old dairy farm. The project will carry out the cost-benefit analysis of different renewable energy resources to choose the best renewable energy source to renovate our dairy farm.
To retrofit and renovate an old Dairy Farm in Yeoviton, Somerset.
The project will evaluate three suitable renewable technologies to identify the best choice that will produce maximum benefits for our project that include reducing the farm carbon footprint, cost of the farm operation reduction and increase in the net revenues.
The project is structured as follows:
Section 1 discusses the storyline and baseline project scenario. Moreover, the section discusses the project location with the relevant images, photography, and maps. The project also discusses the assumption of the energy baseline.
Section 2 discusses the assessment of the renewable energy resources using the systematic approach to narrow down the renewable energy potential at Yeoviton, Somerset. This section also discusses the appropriate tools, techniques, and methods that can be used for the project implementation.
Section 3 assesses the feasibility of the renewable energy technology using financial techniques such as cash flow analysis, internal rate of return, annual carbon saving, energy analysis, elegant mathematics, and pictorial elements.
Section 4 discusses the critical reflection of the project feasibility assessment providing strength and weakness of the project approach. This section also discusses the quality of information collected and relevance of the methods and tools used to complete the projects. The project also discusses the validity of the findings.
Section 5 provides the conclusion and recommendations providing the overall summary of the project and a leeway for a future improvement.
Section 1: Description of the Storyline and Baseline Project Scenario
The old dairy farm is 250-acre dairy farm located at Yeoviton, Somerset. The farm produces fresh cow milk and fermented cow milk. However, the farm dairy owners intend to protect the environment from carbon emission to protect the present and future generations. Over the years, the farm owners have not integrated the renewable energy in the farm management since the conventional electricity has been the sources energy for the farm. However, the use of electricity increases the farm carbon emission and is not cost effective for the farm operations. More importantly, we constantly aware of the quantities of methane that the cattle produce, and an increase in the quantity of the methane increases the daily carbon footprint. Thus, the farm intends to abide by the environment law by reducing the carbon footprint, which requiring carrying out an effective renovation and retrofit to reduce the costs of production by changing the source of power from hydroelectricity to renewable energy resources. Effective renovation of the farm in Yeoviton, Somerset is to integrate the renewable energy in the project plan. Moreover, the renovation is necessary because it assists in reducing the climate change and pollution. (Courtney, 2012).
After consulting with the project stakeholders, the project provides the following specifications and assumptions.
The economic feasibility of the project is based on the budget of £11,000
Interest rate is 4.15%
The choice of the renewable energy is to be economically and sustainable feasible.
The project will evaluate the combination of the following renewable energy resources: solar PV, solar thermal and wind energy.
The project location is a dairy farm in Yeovil, Somerset.
The project has chosen the Yeovil as the location of the dairy farming because Yeovil is small town located in the southern part of Somerset in England as being revealed in Fig1.
Fig 1: Mao of Yeovil, Somerset
The Yeovil has the population of 45,000 situated 210 kilometers to London and has the annual mean temperature of approximately 50.0 °F (10 °C) with diurnal variation. However, January is the coldest in Yeovil with the mean temperature of between 1°C and 2 °C. However, July and August are the summer and are the warmest months with the daily mean temperature of 22 °C. Thus, the climatic condition of the Yeovil favors the dairy farming production. (Ekoogen, 2010).
Fig 2: Location of the Old Dairy Farm in Yeovil
Moreover, the carbon emission in Yeovil is 2.3 tons per person because of the combination of fuel mix and housing stock. Thus, the level of carbon emission in Somerset necessitates a sustainable choice of power for the dairy farming. Typically, the renewable energy technology has been identified as an effective strategy to reduce the carbon emission Thus, renovation of the dairy farm will assist in reducing the carbon emission and increase the productivity of the farm. A wide landmass of the Yeovil is another suitable factor to assist the dairy farm production which will be profitable for the farm owner. As being revealed in Fig 2, the Yeovil has a wide expanse of land that is suitable for dairy production.
Section 2: Assessment of Initial Renewable Energy Resources
This project identifies different potential renewable energy technologies that will be used to develop our dairy farm by assessing the environmental and economic feasibility of the solar thermal, solar PV and wind energy. A feasible analysis of the renewable energy includes technical feasibility and environmental impact that will influence the choice of the best renewable energy technology for the project. The feasibility of the chosen renewable energy is as follows:
The PV (Photovoltaic) uses the semiconductors, which is effective in converting the solar radiation into direct current electricity. The PV panel can be installed at the flat roof top of a building or on the ground. One of the benefits of the solar PV is that the panel produces electricity in the afternoon that can use on the farm. The strategy will assist our farm to offset the costs of electricity usage thereby reducing the cost of farm operations. Since solar radiation is available free of charge, the 50kw array of solar radiation will reduce our reliance on the conventional energy resources thereby minimizing a depletion of natural resources. Apart from collecting solar PV from solar radiation, the solar energy can also be collected from some electronic devices such as a solar cell. The cost of Solar PV in 2014 was £2,229 per kW and declined to £1,971 per kW in 2015 showing a decline in the costs of the solar panel year by year. In the last 10 years, there has been an annual decline in the price of solar PV by 40%. (DECC, 2015). Table 1 reveals the costs of PV solar panel per kW between 2014 and 2015 in the UK.
£ per kW installed
Number of installations
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