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AE7203 Solar Power Engineering Assignment Help

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AE7203 Solar Power Engineering Assignment

Assignment Title - Solar Low Carbon Efficient Building

Module Learning Outcomes -

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LO1 - Demonstrate an in-depth understanding of solar energy principles, analysis, systems design and applications.

Answer 1: Demonstrating an in-depth understanding of solar energy principles, analysis, systems design, and applications involves possessing a comprehensive knowledge of the fundamental concepts and technologies that underpin the harnessing of solar energy. This includes understanding the physics of solar radiation, photovoltaic (PV) cell operation, and thermal energy conversion, as well as the ability to analyze solar resource availability, energy demand, and system performance. Additionally, it involves expertise in designing solar energy systems, including PV arrays, solar thermal collectors, and concentrated solar power (CSP) systems, taking into account factors such as energy efficiency, cost-effectiveness, and environmental impact. Furthermore, it requires knowledge of various applications, including grid-connected and off-grid power generation, water pumping, heating and cooling, and building integration, as well as an understanding of energy storage, grid stability, and policy frameworks that support the adoption of solar energy solutions.

LO2 - Select, analyse and apply suitable solar power technology to facilitate an optimum design, including construction and operation.

Answer 2: Selecting, analyzing, and applying the appropriate solar power technology for an optimal design necessitates a comprehensive evaluation of factors such as location, climate, energy demand, and available resources.This process involves in-depth research into photovoltaic (PV) technologies, their efficiency, and cost-effectiveness. Once a suitable technology is chosen, a detailed design process ensues, considering system components, sizing, orientation, and shading. Successful implementation demands careful attention to construction standards, electrical safety, and operational procedures to maximize energy generation and system longevity.

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LO3 - Demonstrate an in-depth awareness of key issues and influences surrounding solar energy deployment.

Answer 3: Demonstrating an in-depth awareness of key issues and influences surrounding solar energy deployment involves understanding a range of factors that affect its adoption and effectiveness. These include technological advancements, such as improvements in solar panel efficiency and energy storage solutions, which drive the feasibility and cost-effectiveness of solar projects. Economic considerations, such as initial investment costs, government incentives, and long-term savings on energy bills, also play a significant role. Additionally, environmental impacts, including the reduction of greenhouse gas emissions and the need for sustainable materials, are critical. Policy and regulatory frameworks, such as renewable energy targets and grid integration challenges, further influence solar energy deployment. Social factors, including public perception and acceptance, as well as the availability of skilled labor for installation and maintenance, are also important. By comprehensively addressing these issues, stakeholders can make informed decisions that enhance the success and sustainability of solar energy initiatives.

LO4 - Appreciate the impact of social, economic and environmental practices and energy policies on corporate social responsibility and business management.

Answer 4: Appreciating the impact of social, economic, and environmental practices and energy policies on corporate social responsibility (CSR) and business management involves recognizing the intricate relationships between a company's operations and its stakeholders, including employees, customers, investors, and the wider community. This includes understanding how social practices, such as labor standards and community engagement, economic practices, such as supply chain management and cost-benefit analysis, and environmental practices, such as energy efficiency and sustainability initiatives, influence a company's reputation, risk management, and bottom line. Moreover, it involves analyzing how energy policies, such as renewable energy targets and carbon pricing, shape business strategies and decisions, including investment in clean technologies, energy-efficient practices, and sustainable supply chains. By appreciating these interconnections, businesses can adopt CSR practices that not only minimize harm but also create value for stakeholders, contribute to sustainable development, and drive long-term success.

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Assignment Brief - It is recognised that the residential premises are responsible for a major proportion of CO2 emission and by changing design of buildings to more sustainable form of energy efficient buildings together with other measures, the global target of 50% reduction in CO2 emission can be achieved by 2050.

The purpose of this assignment is to identify areas of energy requirements in buildings and thus specify a renewable energy conversion system capable of delivering some of the energy requirements of a building based on solar energy alone. Increasingly use of PV systems for direct electricity generation is becoming popular, solar water heating systems using liquid and air are also becoming commercially popular for space heating and hot water supply in buildings, including combined PV and hybrid systems and other alternative CHP systems.

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For this individual assignment you assume the role of a consultant engineer submitting a bid and proposals for a project on conservation of energy in building using active and passive (Hybrid) systems on a specific location of your own choice. As far as possible use of software simulation technology such as POLYSUN and field or exhibition visits should be considered and included, nevertheless in your report you should consider the following:

1. Literature survey

2. Conceptual approach to final solution to the problem

3. Solar Potential and meteorological data of the location concerned

4. Schematic design & development of systems considered

5. Function and role of integrating parts or components used in the system

6. PV and Solar Water Heating integrated simulation using Polysun to replace CW2 practicals for the learning outcomes

7. Method of analysis and estimating performance of the system such as f-chart

8. Socio-economic, environmental, legal and political implications

9. Solar economic and cost analysis of the system

10. Discussion and evaluation

11. Conclusion

Note - The INDIVIDUAL report should follow the Kingston University report standards, including layout, formatting, referencing, etc. You have to cite relevant sources properly.

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Assess and Analyze Energy Demand to Identify Optimal Technologies and Methods of Energy Production with Our Expert Guidance for Unit 44: Industrial Power, Electronics, and Storage in the Pearson BTEC Level 5 Higher National Diploma in Engineering. Excel in Your Studies and Master Energy Solutions Today!

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