Please thoroughly read and understand this Pdf as it tells you what i need to do for this Engineering design evaluation report. This report follows the Engineers Without boarders challenge which i also attached to this, Design Area: 4.1 Clean, affordable energy for small coastal urban environments: This opportunity tasks students to explore alternative energy sources that are reliable, affordable and accessible. Small-scale energy generation technologies could be studied and utilised while striving for lowering the cost of electricity relative to the main supply. Innovations in the area of energy storage may present opportunities for greater resilience of power supplies and its many interconnected flow-on effects, as well as addressing the challenge of battery design-life and its implications for waste management on Saibai. Alternatively, design ideas and research in this area might choose to focus on further enabling tried and tested renewables such as solar PV systems, or to explore other opportunities for improvements, such as the challenge of maintenance in remote communities. I want you to write me my section for the energy design option of a hybrid solution, best fit for the geography, topography and weather of the Saibai island: follow the following outlines to construct this report section: OBJECTIVE This assessment directly relates to the course learning outcomes: • Distinguish and practice professional conduct. • Communicate and interact in a style appropriate for academic and professional contexts. • Critically evaluate proposed engineering solutions from safety, sustainability, economic, environmental, and social perspectives. • Apply project management strategies and processes. 3. Design Options : a hybrid solution to the diesel generator used. • Description: Offer a detailed description of the design option, including technical specifications and how it addresses the project's objectives. • Visualisation: Include diagrams, schematics, or images to aid understanding. • Evaluation: Systematically evaluate the option against the defined performance criteria, including both qualitative and quantitative assessments. • Scoring: Present a calculated score for each criterion, leading to an overall performance score. • Feasibility Study: Add a subsection evaluating the feasibility (economic, technical, social) of each design option. • Impact Assessment: Detail the expected impact of each design option on the community, including any potential negative effects. 4. Comparison and Final Selection: here i want you to formulate me a graph showing the information needed below about the hybrid energy solution opition picked • Matrix Analysis: Utilize the evaluation matrix to compare design options side-by-side, highlighting strengths and weaknesses, which can be illustrated though a graph or table. • Performance Analysis: Discuss the fulfilment of each performance criterion by the options, including a detailed analysis of trade-off