Design and Analysis of Renewable Energy Systems Assignment Help

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MP4710 Design and Analysis of Renewable Energy Systems Assignment - System Analysis and Design

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Learning Outcomes - The assignment should produce sufficient evidence for partial fulfillment of the module learning outcomes 1, 2 and fulfillment of the module learning outcomes 3-5:

LO1. Comprehensively explore the scientific principles, procedures and methodologies of renewable energy systems design, integration and analysis.

Answer: Renewable energy systems design, integration, and analysis involve a multidisciplinary approach that draws from various scientific principles. Key considerations include energy conversion (e.g., solar cells converting sunlight into electricity), energy storage (e.g., batteries storing energy for later use), power electronics (e.g., inverters enabling the integration of renewable energy sources into the grid), and system modeling (e.g., simulating the performance of renewable energy systems under different conditions). Design procedures often involve site assessment to evaluate resource availability, system sizing to determine optimal component capacities, and economic analysis to assess the financial viability of the project. Integration methodologies focus on grid connection standards, power quality management, and system stability analysis. Finally, performance analysis techniques, such as data monitoring and simulation, are employed to evaluate the efficiency, reliability, and environmental impact of renewable energy systems.

LO2. Comprehensively explore and critically evaluate the technical aspects of stand-alone and grid- connected operation of renewable energy systems including storage options.

Answer: Stand-alone renewable energy systems operate independently of the grid, relying on local energy storage to meet demand. While offering autonomy, they often require larger storage capacities to ensure continuous power supply, especially during periods of low resource availability. Grid-connected systems, on the other hand, can sell excess energy to the grid and purchase power during periods of insufficient generation. This provides greater flexibility but introduces challenges related to grid integration, such as voltage fluctuations and frequency stability. Storage options for both systems include batteries (e.g., lithium-ion, lead-acid), thermal storage (e.g., molten salt, phase change materials), and mechanical storage (e.g., pumped hydro, flywheel). While batteries offer high efficiency and fast response times, they can be expensive and have limited lifespans. Thermal and mechanical storage options provide longer-duration storage but may have lower round-trip efficiencies. The choice between stand-alone and grid-connected operation depends on factors such as location, grid reliability, and the desired level of energy independence.

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LO3. Analyse the performance of individual renewable energy systems.

Answer: The performance of individual renewable energy systems is influenced by a variety of factors, including resource availability, system design, and operating conditions. For example, solar photovoltaic (PV) systems are highly efficient in regions with abundant sunlight but may struggle during cloudy or rainy periods. Wind turbines are more effective in areas with consistent and strong winds, but their performance can be affected by factors such as turbulence and bird strikes. Hydropower systems rely on water flow and head pressure, which can vary depending on rainfall patterns and seasonal changes. The performance of these systems can be assessed through metrics such as capacity factor (the ratio of actual energy output to maximum possible output), energy yield (the total amount of energy produced over a given period), and system efficiency (the conversion of input energy to output energy). Additionally, factors like maintenance and operation costs can impact the overall economic viability of renewable energy systems.

LO4. Critically evaluate available renewable resource for specific projects.

Answer: Evaluating available renewable resources for specific projects requires a careful assessment of both resource availability and project requirements. Factors to consider include geographic location, climate conditions, resource abundance, land use restrictions, and environmental impacts. For example, solar PV systems are suitable for regions with abundant sunlight, while wind turbines are more effective in areas with consistent and strong winds. Hydropower projects require sufficient water flow and suitable topography. It is also essential to conduct site assessments to evaluate the specific characteristics of the location, such as wind speed profiles, solar irradiance levels, and water availability. Additionally, environmental impact assessments should be conducted to identify potential negative consequences of renewable energy projects, such as habitat loss, noise pollution, or visual impacts. By carefully evaluating these factors, project developers can select the most appropriate renewable energy technologies and optimize their performance.

LO5. Design and size renewable energy systems both manually and with the use of specialized software; project management, group work and communication of design solutions.

Answer: Designing and sizing renewable energy systems involves a combination of manual calculations and specialized software tools. Manual calculations can provide a basic understanding of system components and sizing requirements, while software tools can offer more accurate and comprehensive simulations. Project management plays a crucial role in ensuring that the design and implementation of renewable energy systems proceed efficiently and effectively. This includes setting project goals, developing timelines, assigning tasks, and managing resources. Group work and effective communication are essential for collaborating with different stakeholders, such as engineers, architects, and contractors. By combining manual calculations, software tools, project management, and effective communication, it is possible to design and size renewable energy systems that meet the specific needs of a project while minimizing costs and maximizing efficiency.

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Section 1 - Individual Work: Analysis and evaluation of a grid-connected photovoltaic (PV) system

Aim and tasks - The aim is to analyse the performance of a PV system using monitored data and specialized simulation software; to design and critically evaluate a grid connected PV system using specialized software.

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Task 1 - System Performance based on Monitored Data

You will work with monitored data from the PV system on the roof of the Media Building on UCLan campus in Preston. Data, system diagrams and information will be provided on Blackboard. Use any software tool (e.g. Excel/Matlab) for your analysis.

A. Critically evaluate

i. the technical design of the system and

ii. the available data

B. Conduct an analysis of the system performance based on critical evaluation of the following system parameters:

i. System efficiency

ii. System yield

iii. Performance ratio

Task 2 - System Simulation in PVSYST and Model Validation

Use the layout of the building, the electrical drawing and the system information provided and simulate the PV system on the roof of Media Building in PVSYST software. Validate your modelling results using the monitored data for comparison.

Assignment report: (1,500 words) You are required to provide a report of approximately 1,500 words to address the points mentioned in Task A, Task B. Your report should also include introduction and conclusions.

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Section 2 - Group Design Project: Autonomous energy system (micro-grid)

Aim and tasks - The aim is to design an autonomous energy system, based on renewable energy technologies, in order to meet specific needs in a remote area where grid-connection is not available.

The location is a remote outpost in Westray Orkney Island in Scotland. You can specify either a medical centre equipped with the basic hospital facilities, or a scientific station which require energy to satisfy their requirements. There is no grid connection and all the power and heat will need to be supplied by a local station which you are to design. The design principle of this local station is the utilization of as much renewable energy as is practicable.

Your work should include the following:

i. Location information (e.g. availability of energy resource) and the building(s); e.g. building geometry, type of equipment, and demand.

ii. A feasibility analysis to specify the technology mix.

iii. Justification of your choices in terms of the system design.

iv. Project plan, Gantt chart, diagram(s) of the electrical layout of the system and presentation sketches or drawings or models.

v. Explanation of the anticipated performance of your system; demonstrate how it will meet the anticipated demand ( e.g. using Matlab simulation).

vi. Estimation of the build time and cost of the system.

Assignment report: Each group is required to provide a 2,500 (±20%) words report plus figures, references and, if necessary, appendices. The report should also include an introduction and a conclusions session. The chapters of each report should have the name of the author(s) of the specific chapter. A page that describes the contribution of each student of a group to the group work should also be provided with the report.

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