Renewable Energy – Wind, Tidal, Geothermal, etc.

Distributed Renewable Energy (DRE) Transforming Rural Women’s Life

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Renewable Energy

Mains level: Distributed Renewable Energy and women , advantages and challenges

DRE

Central Idea

  • Women from rural India are adopting clean energy-based livelihood technologies to catalyse their businesses. From solar refrigerators to silk-reeling machines and biomass-based cold storage to bulk milk chillers, distributed renewable energy (DRE) is transforming women’s livelihoods at the grassroots.

What is Distributed Renewable Energy (DRE)?

  • DRE refers to the generation and distribution of electricity from renewable energy sources, such as solar, wind, hydro, geothermal, and biomass, through small-scale, decentralized systems.
  • These systems are often installed in remote or rural areas where it is difficult or expensive to connect to a centralized power grid.
  • DRE systems can range from individual rooftop solar panels to small-scale wind turbines, mini-hydro systems, and biomass generators.
  • They are typically designed to serve a single household or community, rather than a large urban or industrial center.
  • DRE systems are also known as off-grid or mini-grid systems, and they can be standalone or connected to a larger power grid.

Recent Statistics

  • More than 80% are women: A recent Council on Energy, Environment and Water (CEEW) study has shown that out of the 13,000 early adopters of clean tech livelihood appliances, more than 80% are women.
  • Future projection: By 2030, India is expected to see 30 million women-owned micro, small and medium enterprises (MSMEs) employing around 150 million people. DRE livelihood technologies a $50 billion market opportunity in India alone have the potential to transform rural livelihoods, with women at the core of this transition.

DRE

Advantages of DRE systems

  • Several advantages: They are more resilient to natural disasters and grid failures, they can reduce energy costs for communities and households, and they can increase energy access in areas that are not served by the main power grid.
  • Reduce carbon emissions: Additionally, DRE systems can reduce carbon emissions and help to mitigate the impacts of climate change.
  • DRE advantages for women: DRE-powered technologies provide an additional advantage to women farmers and microentrepreneurs by enhancing income opportunities through mechanization. They also free women from several gender-assigned manual activities that are laborious.

DRE

Steps to scale up this impact

  • Leverage the experience of early women adopters: The technology providers must leverage early users to share their experiences with potential customers, becoming demo champions/sales agents to market these products, based on their first-hand product experience and local credibility.
  • For example: Kissan Dharmbir, an energy-efficient food processor manufacturer, engaged Neetu Tandan, an Agra-based micro-entrepreneur using the processor to produce fruit squashes and jams, as a demo champion. Her demonstrations are generating sales leads.
  • Organise hyperlocal events and demos: These events also create spaces for women to network, become aware of the product and connect with people who can help them procure, finance and use these machines.
  • For example: At an event in Hamirpur, Uttar Pradesh, more than 200 women booked seven appliances on the spot, including solar sewing machines and multi-purpose food processors.
  • Enable easy finance to purchase products: Limited avenues to avail financing for these clean technology products remain a bottleneck. Financiers supporting women farmers and microentrepreneurs should consider the technologies themselves as collaterals while easing the loan application process.
  • For example: Samunnati Finance, a financier in the agri-value chain, availed an 80% first-loan default guarantee to support six women-led FPOs in Andhra Pradesh that purchased 100-kg solar dryers.
  • Support backwards and forward market linkages: Only technology provision is not enough in all cases. Many rural products have larger market potential. Thus, finding and connecting producers to consumption hubs in urban areas are equally important to generate higher incomes.
  • Ensure adequate after-sales services buy backs: Technology manufacturers and promoters should also ensure adequate after-sales services and buy-backs. To build financiers’ confidence, evidence on the economic viability of these technologies should be shared and promoters must offer partial default guarantees.
  • Enable policy convergence: No private sector entity has the kind of reach and scale government institutions have, so leveraging their reach is imperative to exponentially scale up. Multiple Ministries are working towards promoting livelihoods for women from State rural livelihood missions, horticulture and agriculture departments, Ministry of Micro, Small and Medium Enterprises, to the Ministry of Textiles. They should embrace clean energy solutions to further their respective programmes and outcomes.

What are the challenges that women face?

  • Perception of high risk: The high starting price and newness of DRE appliances can create a perception of high risk, particularly for women users who may have a lower risk appetite due to socio-economic factors.
  • Low belief: Due to historical limitations on women’s access to new information, people tend to want to physically touch and see high-tech, high-priced DRE products before believing in their ability and promised benefits.
  • Limited network: Women often struggle with established market linkages because of their limited mobility and networks outside their villages.

DRE

Conclusion

  • Much like it takes a village to raise a child, scaling the impact of clean energy solutions on women’s livelihoods needs a village of policymakers, investors, financiers, technology promoters and other ecosystem enablers. Only then can we truly unlock the potential of rural women and clean technologies simultaneously.

Mains question

Q. What do you understand by Distributed Renewable Energy (DRE)? What is to be done scale up this impact from thousands of women to millions of them?

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