3.3. ENERGY

Global energy infrastructure includes delivery systems of oil and natural gas pipelines, power generation facilities and transmission lines, storage facilities, etc. Inclusive economic growth, clean air, climate has necessitated innovations in efficiency gains, new production flows, digitalization, smart grids, etc., requiring infrastructure to become sustainable, resilient, and secure (International Energy Forum).

This chunk discusses the components of global energy infrastructure, including the systems needed to transport and manage energy like pipelines for oil and gas, power generation plants, and storage facilities. It emphasizes that achieving both economic growth and environmental benefits requires advancements in efficiency, production methods, and technology. Sustainability and resilience are highlighted as key goals for future energy infrastructure, ensuring it can withstand various challenges.

Think of the global energy infrastructure like a complex highway system. Just as roads need to be well-maintained to allow cars to travel smoothly and efficiently from one place to another, energy systems must also be robust and technologically up-to-date to ensure reliable energy delivery to homes and businesses.

“Energy generation depends on a country’s natural resource endowments and technology to harness them” as per Government of India Budget report 2012-13. India is the world’s third largest producer, as well as, consumer of electricity, but this is predicted to increase by 4.5% annually to 2035. Presently, India’s energy consumption is 1010kWh per capita against a world average of 3200kWh.

This part highlights India's current energy landscape, noting its position as both a major producer and consumer of electricity. It points out the disparity between India’s energy consumption per person compared to the global average and forecasts a steady increase in demand, which highlights the importance of sustainable energy production to meet this growing need.

Imagine a growing family in a house where the number of online devices and appliances is increasing. Just like they need to find ways to enhance their electricity supply to meet new demands, India must innovate and expand its energy production to accommodate its rising population and energy consumption.

Gujrat, Maharashtra, Tamil Nadu, Rajasthan, Karnataka, and Uttar Pradesh are the top power producing states of the country. However, the key issues are poor transmission and distribution grids.

This section lists the states in India that are leading producers of electricity. However, it raises concerns about challenges in the infrastructure needed to distribute this power effectively, indicating that even with high production, inefficiencies in transmission can lead to significant energy loss and problems in delivery to consumers.

It's like having a strong tap that produces a lot of water but has very leaky pipes. You may generate plenty of energy, but if there are issues in the network that delivers this energy, it doesn’t help the users.

Renewable energy, popularly referred to as 'clean' energy, comes from natural sources or processes that have a higher rate of replenishment than its consumption. Their sources are sunlight, wind, water, geothermal and biomass.

This chunk defines renewable energy, which is sourced from natural processes that can replenish themselves, unlike fossil fuels. It highlights key sources of renewable energy, such as solar, wind, and hydropower, and notes their environmental advantages, including lower emissions compared to traditional energy sources.

Think of renewable energy like a tree that continually produces apples. As long as the tree is healthy, you can continuously pick apples without worrying about running out. In contrast, fossil fuels are like a carton of milk; once it’s consumed, it’s gone, and you’ll need to get a new one.

India is the third largest producer of renewable energy and is rich in clean energy sources, such as solar, wind, and small hydro, with high potential for energy generation.

This segment emphasizes India's significant position in renewable energy production, highlighting its strengths in various clean energy sources. It indicates India’s commitment to enhancing its renewable energy sector, representing an important shift toward sustainable energy practices.

Consider India as a burgeoning gardener. With a garden filled with various plants (renewable sources), it's well-equipped to focus on growth and self-sustainability rather than relying on imported food (non-renewable energy).

However, rate of precipitation and annual rainfall impacts the functioning of hydropower.

This section discusses the challenges faced by renewable energy sources, particularly hydropower, which is significantly affected by weather conditions. Inconsistent rainfall can limit electricity generation from hydropower plants, indicating that renewable energy systems must be resilient to natural variables.

Imagine you have a rainwater system set up to collect water. If it doesn’t rain enough, you won't have enough water when you need it, highlighting how weather patterns can dramatically affect your supply.

Several policies and programs, such as, ‘National programme on High Efficiency Solar PV Modules’, ‘smart metre deployment’ for National Smart Grid Mission, several electrification schemes and issues of sovereign green bonds and conferring infrastructure status to energy storage systems, are underway to improve India’s power sector.

This chunk outlines the various government initiatives and policies designed to enhance the renewable energy sector in India, such as promoting solar energy efficiency and upgrading grid technologies. These measures indicate a structured approach towards strengthening the power infrastructure while also aligning with sustainability goals.

Consider these policies as various tools in a toolbox, with each tool designed for a specific job—just like a multi-faceted approach is needed to fix issues in a house, different policies are necessary to address the challenges in the energy sector.

Non-renewable energy resources are coal, oil or petroleum, natural gas, and nuclear energy, and are those resources that cannot be replenished easily in consideration of the rate of consumption of the same.

This section describes non-renewable energy resources, emphasizing their key types, such as coal and oil. It notes the significant reliance on these resources despite their finite nature, highlighting the environmental issues posed by their consumption, especially greenhouse gas emissions.

Think of non-renewable resources like a bag of chips—once you finish it, there’s no more until you buy another. Using them quickly can lead to a situation where they run out while causing issues in the meantime, like littering your health with too many calories (emissions).

A promising alternative to traditional fossil fuels is Hydrogen as a new source of energy. Hydrogen fuel cells are devices that generate electricity by combining hydrogen and oxygen to produce water and heat as by-products.

This chunk introduces hydrogen fuel cells as a clean energy technology that can generate electricity without greenhouse gas emissions. It highlights the efficient energy conversion potential of hydrogen, but also points out the infrastructure challenges associated with its production and adoption.

Think of hydrogen fuel cells like a clean cooking stove—while it produces delicious food (energy) with minimal waste, you still need the right setup and materials to cook effectively, just like creating a hydrogen energy system requires the right tech and resources.

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