T313 Renewable Energy Assignment Answers UK

T313 Renewable energy is a module that focuses on the development and implementation of renewable energy technologies. It aims to provide students with an understanding of the different renewable energy sources, their suitability for various applications, and how they can be integrated into existing electrical generation systems. The module also covers the environmental, social, and economic impacts of renewable energy projects in theory and practice.

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In this section, we are discussing some assigned tasks. These includes:

Assignment Task 1: Describe the basic principles underlying the design and use of renewable energy supply systems and their implications for energy sustainability.

The basic principles underlying the design and use of renewable energy supply systems are focused on the generation of clean, reliable energy from renewable sources, such as solar, wind, and hydropower. To achieve sustainability in energy production, these sources must be used in an efficient manner to maximize their benefits.

In terms of efficiency, renewable sources require techniques such as balancing the load by providing alternating current (AC) or direct current (DC). This means that depending on consumer needs, power generated can be routed through a range of available technologies with varying levels of efficiency in order to meet demand while minimizing waste. Additionally, many renewable energy systems include built-in measures to capture any unused electricity for later use or storage. 

Another key principle is cost management; this involves taking into account cost savings associated with using renewables over time rather than focusing solely on initial capital investments required for installation and implementation. Moreover, it is often more economical to build an integrated system combining multiple types of renewable power than it would be to construct a single large source alone. Furthermore, since these technologies have variable output due to weather and other conditions, not all resources need to be online at all times, meaning when faced with periods of low demand some installations may still remain economically viable even if they are only used periodically or intermittently throughout the year/seasonally. 

Finally but perhaps most importantly comes reliability–energy sustainability requires that alternative supplies not only produce adequate amounts but also ensure stability against possible volatile changes in demand behaviour or external factors like grid blackouts (or intermittent outages). This can mean maintaining backup traditional generators that kick in during peak hour patches when available resources cannot cover instantaneous requirements OR investing heavily into sturdier alternative infrastructure networks like smart grids capable of detecting such fluctuations quickly & routing conditioned energies appropriately around those shortages so no user experience disruptions otherwise – meaning overall fewer potential chances for the downtime experienced by customers due too nonrenewable failure & greater guarantee continued operations even during emergencies/emergencies requiring extensive reliance upon alternative resources instead reliable conventional ones without worry interruption whatsoever!

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Assignment Task 2: Describe the main factors that determine the economic, social and environmental viability of the principal renewable energy systems.

The main factors that determine the economic viability of renewable energy systems include initial investment costs, operational and maintenance costs, availability of resources, and subsidies or incentives. The initial investment cost is an important factor as it determines how much money needs to be invested in order to install a renewable energy system. Operational and maintenance costs include electricity bills, repairs, insurance, and other related costs. Availability of resources is also a key factor, as the availability of sun or wind in the area where the system will be installed determines the type of technology that can be used. Incentives or subsidies are offered by various governments to encourage investment in renewable energy production.

The social viability of renewable energy systems depends on their ability to generate energy in a way that is acceptable to the local community. Factors such as noise pollution, visual impact, and land use can all have an effect on the social acceptance of renewable energy systems. The environmental viability of renewable energy systems depends on their ability to reduce greenhouse gas emissions and contribute to a more sustainable future. Factors such as carbon footprints, the efficiency of energy use, and waste management are all important considerations. In addition, renewable energy systems can also help reduce pressure on existing energy sources and support local economies by creating jobs. Finally, the long-term cost of renewable energy systems needs to be taken into account when considering their economic viability. Factors such as scalability, lifecycle costs, and storage requirements are all important to consider. By considering all of these factors, governments and businesses can make informed decisions that will help ensure the economic, social, and environmental viability of renewable energy systems.

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