Electricity Infrastructure

This review highlights the multidimensional nature of electricity infrastructure and how, despite international focus on expanding electricity access, this is only one piece of a broader, interconnected system. Much of the existing literature focuses on the socioeconomic and development impacts of new connections and the results are generally positive or null. The heterogeneity in the results is thought to be shaped by contextual factors including local economic conditions of the place being electrified and investment in complementary infrastructure, but there is a continued need to better understand the mechanisms driving the different results.

One major challenge in studying the impacts of electricity infrastructure is isolating the causal effects given infrastructure placement is almost always endogenous. In lieu of randomising infrastructure placement, much of the literature has relied on other empirical strategies to estimate causality. Although papers using these different methods have each provided valuable insight, they also come with limitations. Despite the challenges of randomisation, recent research has succeeded in randomising smaller scale infrastructure investments (i.e. smart meters, prepaid meters, and household connections to the transformer). Such efforts provide new opportunities for experimental research on electricity infrastructure. Given significant recent advances in data availability, remote monitoring technologies, and machine learning, there is great potential for future study of electricity infrastructure and its impacts.

Off-grid electricity is playing a major role in expanding energy access to the hardest-to-reach populations across the globe, especially in places where grid extension is too expensive or physically infeasible. While mini-grids have the potential to accelerate electrification efforts, research highlights that a number of challenges remain related to low demand, high costs, and uncertainties about integration in the face of eventual grid expansion. Mini-grids also face many of the same research challenges as grid infrastructure in terms of understanding causal impacts. More work is needed to understand where, and under what circumstances, mini-grids are a viable electrification solution that can bring economic benefits to the communities they serve.

There is a growing body of literature that focuses on a much wider range of topics related to electricity infrastructure, beyond electricity connections. We contextualise these around the existence of a reliability-consumption loop in which power quality/reliability, consumer behaviour, and the financial health of utilities are highly interconnected, with both supply and demand side processes feeding into the loop. Unreliable or poor quality electricity can discourage investment in appliances and consumer willingness to use electricity, which can in turn affect the financial viability of utilities and their ability to maintain and upgrade infrastructure. These processes also affect, and are affected by, consumer payment behaviour. This self-reinforcing cycle, and the papers that study it explicitly, highlight the importance of considering electricity interventions more comprehensively instead of studying just supply or demand side processes in isolation. We believe that focusing on these system-wide and sometimes indirect effects of interventions is a major opportunity for future research.

Looking to the future, electricity infrastructure decisions will be influenced by pushes towards renewable energy. This shift fundamentally affects how electricity grids operate and has significant implications for electricity access, pollution, reliability, and consequently, for the reliability-consumption loop as a whole. In order to integrate intermittent renewable sources (i.e. wind and solar), there will likely be a need for considerable investment in grid modernisation, storage, and more advanced demand-side management to ensure electricity quality and reliability meet engineering standards. This will be a major challenge in LMICs that are rich in renewable resources and have rapidly growing electricity demand, but where the sector faces major financial constraints. There should be research that considers these challenges and opportunities specifically in LMIC settings in order to help these countries avoid scenarios where reliability issues are exacerbated by renewable integration. Emerging digital and smart grid technologies have the potential to help accelerate research on the modernisation of the grid as renewable generation grows.

From a policy perspective, electrification efforts should be designed to account for much more than just access alone. Ensuring that the power provided is reliable, high quality, and affordable to customers is equally important for economic growth and development. Technological advances in metering, devices enabling real-time monitoring, and automated demand response systems may improve both the reliability of electricity service and the financial health of utilities by reducing both personnel costs and bill non-payment, improving demand prediction, and permitting pricing to be tailored accordingly. While these technologies are being piloted in some LMICs, their use is still not widespread. As these products are increasingly deployed, researchers have an opportunity to measure their impacts. Policies and technologies aimed at improving cost recovery for utilities through interventions such as theft prevention measures and tariff reforms could be critical.

As demand for electricity grows across the globe, electricity infrastructure expansion and upkeep will be increasingly important to policy conversations. The future of electricity infrastructure will be shaped by a convergence of technological advancements, policy innovations, and evolving and growing patterns of demand. Methodological innovations, new sources of data, and increased collaboration over long-term research projects will be essential in creating effective policies that are well targeted to meet the needs of future populations.

Table 1: Examples of Electrification Interventions and Outcomes Studied

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