Nyssa Srivastava, a California high school student with an interest in environmental engineering and sustainable infrastructure, has completed a summer internship at Husk Power, where she researched how reliable electricity influences rural communities in Nigeria.
In a research paper titled “People, Power, and Policy: How Clean, Reliable Electricity Changes Life in Rural Nigeria”, and supervised by Emmanuel Effiong and Ridwan Adelaja, Srivastava examines how households gradually increase their electricity consumption, businesses expand their operations and communities incorporate reliable power into their daily lives.
Her research examines how renewable minigrids influence electricity consumption, support local businesses and improve livelihoods, while highlighting the role of government policies and financing in expanding energy access.
“This experience helped deepen my understanding of how energy access, economic development, and public policy all interconnect,” she wrote in a LinkedIn post announcing the completion of her internship.
From Classroom Learning to Research on Rural Energy Access
Srivastava’s internship brought her academic interests in sustainability and engineering into a practical examination of electricity access and economic development in Nigeria.
A student in a college-preparatory Green Engineering Academy, she studies in a California Partnership Academy that combines academic coursework with career technical education, industry partnerships, mentoring and internships.
Her coursework includes AP Environmental Science and Civil Engineering and Architecture, alongside the Project Lead the Way engineering curriculum.
These subjects have helped shape her interest in how engineered systems interact with natural environments and how sustainable design can address real-world challenges.
Beyond the classroom, Srivastava engages in sustainability projects and community-based environmental initiatives.
Her interests include energy-efficient design, nature-based solutions and the long-term environmental and societal consequences of engineering decisions.
The Husk Power internship offered an opportunity to explore these interests through research into how dependable electricity can influence household behaviour, business activity and the development of rural communities.
What Her Research Reveals About Reliable Electricity
In her research, Srivastava examines customer data from Husk Power’s operations in Nigeria to understand how electricity consumption changes with time.
Rather than treating customers as a single group, she divides them into four categories based on how long they have had access to electricity, these include less than six months, six to 12 months, one to two years, and two years or more.
She examines their average account recharges and the percentage of months in which they actively use electricity, alongside overall consumption patterns.
The research suggests that customers do not immediately begin using large amounts of electricity when they first receive a connection. Instead, they gradually become accustomed to the service, learn to manage prepaid meters and budgets, and build confidence in the reliability of their electricity supply.
The study reports that active-month consistency rises from 6.10 per cent among customers with less than six months of service to 48.53 per cent among those with one to two years of access. For customers with two years or more, it reaches 67.75 per cent.
The findings point to a gradual shift in how electricity becomes part of everyday life, with longer-term customers recording higher engagement and recharges.
However, the data compares customers with different lengths of service and does not, by itself, establish that electricity access alone caused every observed change.
How Electricity Can Support Rural Businesses and Women
Srivastava’s research also explores the relationship between electricity consumption and productive economic activity.
It identifies businesses such as grain mills, cold-storage facilities and welding shops as examples of enterprises that can invest in larger equipment and expand their operations when power becomes more dependable.
According to the document, customers in the one-to-two-year category consumed more than 1.2 million kilowatt-hours of electricity. The research links this higher consumption to businesses using electricity to support their operations and increase their productive capacity.
The study also examines electricity use among female customers. It suggests that reliable power can help women operate home-based businesses, trade goods and strengthen their financial independence, particularly where electricity is subsidised.
However, the research explicitly describes its female-user sample as small. Its findings therefore offer an indication of the potential benefits of electricity access for women rather than a comprehensive assessment of its impact across rural Nigeria.
Why Government Policies and Financing Matter
Beyond household and business behaviour, Srivastava’s research examines the policy and financial conditions needed to make renewable minigrids commercially viable.
The document discusses Nigeria’s regulatory framework, including the Nigerian Electricity Regulatory Commission’s minigrid regulation, which provides provisions such as site exclusivity and procedures for the arrival of the national grid.
It also considers the Electricity Act 2023, which empowers states to establish their own electricity markets and regulators.
The research argues that minigrid development requires more than the installation of renewable energy technology.
Projects are capital-intensive, and their financial viability can depend on grants, concessional support and local-currency financing that reduce upfront costs and foreign-exchange risks.
It cites Husk Power’s use of the World Bank’s Distributed Access through Renewable Energy Scale-up (DARES) platform alongside a ₦5 billion naira-denominated facility from the United Capital Infrastructure Fund as examples of financing arrangements supporting the minigrid model.
What to Know About Husk Power
Husk Power Systems is a renewable-energy company that provides electricity to underserved communities and businesses in the Global South.
Its operations include distributed energy resources, such as solar-powered minigrids, designed to serve communities, commercial and industrial customers, and individual households.
The company offers pay-as-you-go electricity and says its systems are designed to be deployed quickly, operate at low cost and remain compatible with national electricity grids.
Husk Power’s work in Nigeria provides the setting for Srivastava’s research into how access to dependable electricity can influence energy use and economic activity over time.
The company’s broader approach centres on using renewable energy infrastructure to support communities that lack reliable electricity from conventional grids.
Husk Power was named one of Fast Company’s 50 Most Innovative Companies in 2024, ranking 24th overall and first in the energy category. Its chief executive, Manoj Sinha, was also selected as one of TIME’s 100 Most Influential Climate Leaders in Business.
Nyssa Srivastava’s Reflections on the Internship
Announcing the completion of her internship on LinkedIn, Srivastava expressed gratitude to Husk Power and the people who supported her research.
“I am grateful for the opportunity to have interned at Husk Power this summer,” she wrote, acknowledging the mentorship of Emmanuel Effiong and Ridwan Adelaja, whom she identified by their professional credentials in her post.
She registered a special appreciation to the founder and CEO of Husk Power System, Manoj Sinha, along with her mentors for the opportunity to conduct research on renewable minigrids and their socioeconomic implications in Nigeria.
For Srivastava, the experience connected her classroom interest in green technology and sustainability with questions about infrastructure, public policy and economic development.
The paper highlights how the value of electricity access extends beyond the moment a household or business receives power, examining instead how people gradually incorporate reliable electricity into their routines, livelihoods and aspirations.
The study’s central argument is that expanding electricity access requires attention not only to infrastructure but also to the policies and financing that sustain it, and to the ways communities use dependable power to support their daily lives.
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