Power Punch The Electricity Act and Private Sector Participation by omiesam September 15, 2023 written by omiesam The Electricity Act (“the Act”) enshrines the liberalisation of the electricity market to allow private sector participation. Section 1 of the Act provides a framework to guide the market’s transition to a purely contract-based competitive electricity market from the previous non-contract-based structure. This liberalisation was done to revolutionise the market’s monopolistic characteristic and disentangle the roadblocks that hinder the influx of private capital into the Nigerian Electricity Supply Chain (NESI). Private sector participation? the benefits Deregulating the market has been heralded by industry experts as the key to revamping the NESI. Private participation in the power industry has recorded numerous benefits in the Global South, including competition, innovation in electricity services and overall sector growth. An illustrative example is China. In China, its state-owned energy producer, the State Power Corporation (SPC) – before it was unbundled into several companies, controlled over seventy (70) per cent of the total generation capacity. However, after deregulating the country’s electricity sector and allowing private sector participation, SPC’s control was reduced to forty (40) per cent. This change led to increased independent power producers (IPPs), which enhanced affordable connectivity and power generation. De-monopolising electricity markets increases competition, which may drive down electricity prices. On the other hand, this begs the question of the challenges that may accompany liberalising the market and how prepared the NESI is to handle them. These potential challenges are discussed below. Private sector participation? “the unknown” Electricity generation cost is volatile in liberalised markets. This volatility is because the market forces of demand and supply determine the cost of electricity and not regulators, which is alarming for a few reasons. One, unlike the consensus that a competitive market reduces electricity prices, the United States electric industry evidenced otherwise. In 2007, the Ameren utility in the U.S. increased its electricity bills by fifty-five per cent for customers, compared to the twenty-six per cent increase noted by Commonwealth Edison customers. Thus, although studies show a link between implementing deregulation policies and electricity price reduction, most studies have shown that such reduction is short-term, noting a reversal to increased prices in the long term. Therefore, deregulation may increase utility prices for you and me, which is worrisome as production costs and other economic factors in Nigeria already diminish the average consumers’ purchasing power. Secondly, the NESI has been subject to a legacy of compounded issues, making the willingness of private participants to invest obscure. The private sector is profit-driven, and the readiness of state actors to tackle NESI’s challenges, such as inadequate infrastructure and regulatory uncertainties, is crucial to ensuring full-scale privatisation for improved reliable electricity. Thus, state governments should consider existing NERC regulations on franchising and third-party investments to guide their market designs in establishing their regulatory markets for easier integration of new market entrants. Leveraging existing regulations would prevent legal hitches and provide a clear pathway for accessing existing infrastructure, thereby enhancing market coordination and preventing abuse of market power by previous monopolistic forces. Way forward The primary purpose of deregulating the power sector is to improve market liquidity. To achieve this improvement, state regulators must resolve institutional issues that may hinder the transition to a competitive electricity market. A foreseeable challenge is a dip in profits of the companies with monopolistic powers as a result of de-monopolising the NESI, which was the case in Argentina during the global economic crisis. This profit dip may lead to friction between existing and prospective private sector entrants. Hence, deregulating the market necessitates structural transformation and synchronisation between private and state actors, with the government playing a more significant role in promoting coordination. The government must develop strategies to compensate current industry players for profitable losses while levelling the playing field for new entrants. Agreeably, liberalising the NESI promotes holistic sector growth. However, state actors must eliminate entry barriers for better implementation of their respective objectives. September 15, 2023 0 comment 0 FacebookTwitterPinterestEmail
Connecting The Dots Unlocking Wind Potential for Sustainable Energy Growth in Africa by thenextiergroup September 11, 2023 written by thenextiergroup This week, the Connecting the Dots podcast features Wangari Muchiri, Director of Africa WindPower, Global Wind Energy Council (GWEC). She joins Emeka Okpukpara to discuss how Wind Energy can be harnessed for sustainable energy growth in Africa. This conversation unravels the possibilities wind energy holds for Africa and how its adoption can address energy deficits, propelling sustainable energy growth in Nigeria and the continent. September 11, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Developing Nigeria’s Carbon Credit Market by doose August 22, 2023 written by doose A carbon credit is a permit that allows a country, organization or individual to produce a certain amount of carbon emissions. These credits can be traded if the total allowance is not used. Furthermore, it refers to a tradable unit representing one metric ton of carbon dioxide emissions that were either avoided or sequestered from a project. Carbon credit projects encompass forestry, waste-to-energy, renewable projects, afforestation, etcetera. When an individual or a company buys a carbon credit, usually from the government, they gain permission to emit the equivalent ton authorized legally. The carbon market is divided into two fragments: compliance and voluntary. The former is created from regulatory requirements, whilst voluntary markets allow private companies and individuals to purchase carbon credits voluntarily. Globally, carbon credits are gaining traction as a viable response to curtail growing emissions. The Taskforce on Scaling Voluntary Carbon Markets (TSVCM), sponsored by the Institute of International Finance (IIF), estimates that demand for carbon credits could increase by 15 or more by 2030 and up to 100 by 2050. Reports by the World Bank also indicate that more than two-thirds of countries plan to use carbon markets to meet their Nationally Determined Contributions. (NDCs) Countries such as Chile, Ghana, Jordan, Singapore and Vanuatu are already developing digital infrastructure to support their participation in international carbon markets. The advent of industrialization has sprung up several industries and businesses. Most of these businesses and industries contribute heavily to generating C02 Emissions. The World Bank reveals that industries contribute over one-third of direct and indirect global greenhouse gas (GHG) emissions. To control these emissions, the 2015 Paris Agreement had 200 countries endorse the global goal of limiting the rise in average temperatures to 2.0 degrees Celsius above preindustrial levels, and ideally 1.5 degrees. Due to implementing these requirements, businesses and countries are under immense pressure to lower their carbon impact. For some companies, the cost of adopting carbon-reductive technologies can be expensive. For specific industries, the practicality of eliminating fossil fuels is limited. Hence, purchasing carbon credits allows companies to address emissions they cannot eliminate. Additionally, studies have proven that one of the most effective and efficient ways to reduce carbon emissions is to price carbon. This model provides the needed motivation for people to decarbonize. Developing Nigeria’s carbon market holds substantial benefits for the country. According to the African Carbon Markets Initiative’s (ACMI) projections, the West African country can produce up to 30 million carbon credits annually by 2030, which at US$20 per credit would earn Nigeria more than US$500 million annually. These statistics underscore how carbon markets are an incredible opportunity to unlock billions for the climate finance needed to attain Nigeria’s Energy Transition Plan. (ETP) Other benefits include promoting sustainable growth, stimulating economic development and mitigating climate change. Despite this array of opportunities, Nigeria’s exploration of this potential remains low. Nonetheless, Nigeria’s strides towards enhancing its carbon market are noteworthy. In February, Nigeria’s National Council on Climate Change confirmed it was formulating national carbon tax policy plans. This policy gives rights to the government to set a price for emitters to pay for each ton of carbon emissions, consequently generating revenue for the economy whilst aligning the country to its net-zero commitments. Although Nigeria’s emissions are modest, its fast-growing economies, bold development ambitions, and rapidly growing population signify a heightened energy demand in the coming decades. Therefore, developing the Nigerian carbon credit market is critical in ensuring that the continent’s development trajectory aligns with a just energy transition. However, existing policies should be in place. Capacity barriers must be broken to guide businesses and industries on this pathway. In addition, establishing an enabling framework that encourages growth is essential to guarantee a healthy and vibrant carbon market. August 22, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch The Off-grid and On-grid Utilities Tango by omiesam August 15, 2023 written by omiesam Decarbonization has become a global priority. As a result, utilities in the Nigerian electricity supply chain must find innovative ways to transition to low-carbon electricity to achieve improved energy access and net-zero carbon emissions by 2060. Regulatory Overview The Nigerian Electricity Regulatory Commission (NERC) is the primary regulator of the electricity sector. The utilities in the Nigerian electricity value chain are partly owned and operated by the government and private companies. Section 80 and 167 of the Electricity Act (‘the Act’) 2023 mandates NERC to promote renewable sourced electricity and consider technology, financial viability, and impact on tariffs to ensure sustainably, respectively. Alongside this, section 164 of the Act further directs the NERC to develop and publish policies that: 1. simplify the licensing requirements for renewable energy service frameworks; 2. specify the responsibilities of renewable energy service companies in generation, transmission, and distribution activities for energy-generated capacity into the national grid and distribution network; and 3. provide guidelines for issuance on net-metering for roof-top solar PV systems, small wind power per the Act and renewable energy standards on installation, decommissioning and disposal of renewable energy accessories. The Challenge? The regulator is yet to show commitment to the objectives mentioned above. For instance, the NERC is yet to update the 2015 Regulations on Feed-in Tariff for Renewable Energy Sourced Electricity in Nigeria and provide guidelines on the rates that public utilities may charge for electricity generated from renewable per s.168 of the Act. The current regulation only prescribes feed-in tariff rates for the 2016 base year, which is problematic because s.169 of the Act stipulates that public utilities shall not demand a feed-in-tariff for electricity generated from renewable sources unless the billable rate has been approved and published by the NERC in the Federal Government Gazette and the mass media. As such, distribution utilities cannot buy or negotiate Power Purchase Agreements (PPAs) with a renewable energy generator unless they are under the guidelines published by NERC. On the other hand, critics may rebut this observation by highlighting the incentives for renewable energy participation as a signal of the sector’s commitment. Section 166 of the Act mandates the Federal Ministry of Finance to introduce incentives to facilitate the generation and consumption of energy from renewable energy sources. Some of the incentives include: 1. tax exemption: utility companies engaged in generating electricity from renewable energy sources are granted pioneer status (tax exemption) for the first three years, renewable for another two years; 2. duty allowance for imports and exports of renewable machinery and materials; 3. free custom duties for two years on the importation of equipment and materials used in renewable and energy efficiency projects; 4. guaranteed purchase of power generated – the Feed-in Tariff Regulation for Renewable Energy Sourced Electricity directs distribution companies and the Nigerian Bulk Electricity Trading Company to each procure 50% of the total output of a renewable energy plant; and 5. five-year tax exemption for prospective manufacturers of renewable energy machinery from the commencement date of manufacturing, amongst others. Although these initiatives are commendable, the bureaucratic challenges for decentralized energy projects to participate in the electricity market outweigh the incentives. Bureaucratic challenges such as complex licensing and approval processes and sub-optimal political priorities have delayed the seamless integration of off-grid renewable energy. Nigeria generates its electricity through thermal and hydro, resulting in heavy dependence on the oil and gas industry. The oil and gas industry is a dominant sector in Nigeria with influential personalities. Thus, prioritizing the mix of renewable systems to the national grid would result in a dip in profits, and such an outcome may not be ideal. Moreover, the Federal Government of Nigeria, in July 2023, unveiled a policy to propel gas investment of about $18 billion to offset Nigeria’s $1 billion gas legacy debt. Conclusion The power sector is crucial in achieving Nigeria’s decarbonization targets. Therefore, the NERC must take active steps to ensure that the integration of off-grid systems envisaged in the Electricity Act is implemented. August 15, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Beyond Electrification: Productive Use of Energy by doose August 7, 2023 written by doose Energy access is a crucial part of transforming the quality of our well-being. Stable electricity drives industrialization, innovation, and infrastructural development, attracting investment and economic growth and development. The essentiality of energy explains why the government and several development agencies continue to fund varying projects toward advancing energy access for all. However, beyond electrification projects, there is a need to ensure the sustainability of these projects. To sustain the viability and bankability of the projects, incorporating energy for productive usage into electrification programs is critical. The National Rural Electric Cooperative Association (NRECA) defines productive electricity use as “Any use of electricity that generates income for the user”. The productive use of energy (PUE) involves the application of energy in agricultural, commercial, and industrial activities for economic growth, local resilience, and self-reliance. For example, accelerating access through energy-efficient electric productive appliances and equipment such as grinding machines, solar cold storage, welding machines, and industrial sewing machines can empower communities. In Nigeria, electricity use among poorer households is mainly limited to low-power appliances, such as lightbulbs, radios and phone chargers. As the off-grid sector continues to grow and evolve beyond essential household lighting, utilities strive to stimulate additional demand. As a result, attention is drawn to using PUE systems to boost consumer energy demand. Electricity demand does not grow automatically when there is electrification. Many communities in the global south are poor and require further support to increase their income and productivity and, in turn, afford electricity. Therefore, ensuring that electrification programs directly influence livelihoods and revenue creation is critical for long-term sustainability. Increasing revenue can be accomplished through the productive use of energy. As the uptake of new lines rises due to electricity use during productive activities, value is created, and energy demand is ultimately enhanced. According to the Africa Development Bank, among the 420 million people in Africa between the ages of 15 and 35, 30% are unemployed. PUE systems use can be employed in income generation at various levels. When energy is employed efficiently in entrepreneurial endeavours, businesses are expanded, and as a result, more jobs are created, thus promoting local economic development. Increased income levels lead to improved financial stability, empowering individuals to afford the energy they consume. In 2022, NERC revealed in their Q4 report that DisCos had failed to meet their ATC &C loss targets. As more people become gainfully employed through the adoption of PUE systems or programs, they are better positioned to pay for electricity, and in turn, the DisCos are better off. Productive energy utilization holds enormous potential. As such, championing more programs like the Nigerian Electrification Program (NEP) with a core objective of increasing the productive use of energy in rural areas is crucial. However, numerous challenges must be resolved. For example, a lack of awareness around productive energy use can derail its adoption. Hence, closing the knowledge gaps through awareness creation on PUE opportunities is a much-needed action. Additionally, limited access to cash and technology can hinder the deployment of energy-driven businesses. Governments and organizations can support energy-related entrepreneurial endeavours by creating financing mechanisms via financial incentives, grants, and subsidies, making them accessible to low-income individuals and communities. As Africa gears toward universal energy access by 2030, enhancing energy affordability through productive energy consumption is a transformational strategy to strengthen communities and promote sustainable economic progress. We can remove obstacles and give people the power to determine their futures by considering energy as a resource that is both a consumable and a catalyst for success. Governments, energy companies, and other stakeholders can work together to create a world where energy is available, affordable, and beneficial to everyone while ensuring environmental stewardship. August 7, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Biomass: Two Birds with One Stone? by omiesam August 2, 2023 written by omiesam Curbing the environmental impacts of climate change is critical. To ensure a sustainable planet for future generations, curating national climate mitigation efforts to address several socio-economic challenges, such as limited energy access and poor waste management, is imperative. Using Biomass to Generate Energy: The Mechanics Biomass energy is the conversion of waste or plant residuals into more valuable products to generate renewable energy and capture greenhouse gases emitted. This process can also be known as waste valorization. Recycling residual matter combats the release of new carbon because it maintains a close loop. The carbon from biomass is reabsorbed by regrown trees through photosynthesis, unlike fossil fuels that release new carbon into the atmosphere. Amongst the numerous derivatives of biomass, ethanol – a biofuel- is a primary product which can be used as liquid fuels for cooking, pharmaceutical-grade chemical, biodegradable plastics and electricity generation from sugarcane bagasse. In 2021, the Energy Commission of Nigeria unveiled its report on assessing Biofuel and Bio-energy potentials in Nigeria’s Sugar industry. The former Director-General of the ECN highlighted that the detailed biomass resource assessment would identify potential sites for biomass mini-grids throughout the Federation. Although, the communication on the project’s development has been silent since its announcement. Before this announcement, Nigeria launched the National Biofuel Policy and Incentives in 2007, which was to be coordinated by the Ministry of Petroleum and the Nigerian National Petroleum Corporation (NNPC). Nonetheless, the Group Managing Director, Mele Kyari, of the NNPC Limited – through a representative – also acknowledged the ‘self-sufficient’ process of sugarcane utilization for energy generation. Why Sugarcane and Cassava? Sugarcane and cassava are abundant in Nigeria. Converting the biomass waste from their respective produce, bridges the electricity gaps and acts as an asset to alter the poor management of urban and industrial wastes, which is a severe public health issue. Nigeria is a festering ground to landfills and is home to six dump sites in Africa, notably Olusosun. On average, a poor waste management site in Nigeria emits about 491,000 tonnes of methane annually. This is notable because, although CO2 emissions are more significant in the atmosphere than methane, CH4 emissions are 25 times more potent at trapping heat in the atmosphere, according to the US Environmental Protection Agency (EPA). The increased potency of methane scales the warming power of carbon dioxide in the near term, which is incompatible with Nigeria’s Nationally Determined Contributions (NDCs) and energy transition goals. However, biofuel adoption has been criticized for two main reasons, poor return on investments (ROIs) and the energy vs. food crisis. On poor ROIs, biofuels in developed countries have recorded low-profit margins because of high startup costs and extended timelines to recoup ROIs. Also, it has been commonly accepted that the cultivation of sugarcane and cassava for biofuel will incentivize farmers to sacrifice other food crops for biofuel, increasing food prices. These consequences are indeed plausible, but an implementable regulatory policy and institutional framework for biomass will resolve these challenges. For example, tax credits for biofuel producers can level market competition with petroleum products to achieve cost parity. In addition, mandating the Nigerian Electricity Regulatory Commission to reflect the Waste-to-Energy framework in grid assessments and tariffs in line with the National Renewable Energy and Energy Efficiency Policy (NREEEP) which targets 16% renewable energy to the grid by 2030. Biomass is a form of renewable energy that the NNPCL has heralded as an economically viable pathway for electricity generation. Its adoption offers an opportunity for methane reduction in Nigeria’s climate fight and opens an avenue for the nation to have an effective waste management system. August 2, 2023 0 comment 0 FacebookTwitterPinterestEmail
Connecting The Dots The Impact of Bilateral Contracts on Underserved Customers by doose August 1, 2023 written by doose On this episode of Connecting the Dots, our guest is Olajumoke Delano, Head of Regulatory and Government Regulations, Abuja Electricity Distribution Company. She joins us to discuss and enlighten us on the Impact bilateral contracts will have on underserved customers. This episode provides insight into what provisions should be in place for lower band-level customers to promote energy access and realise goal 2030. August 1, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Is Nigeria Returning to Coal Mining? by omiesam July 20, 2023 written by omiesam Nigeria symbolized its commitment to limiting global warming by launching its thirty-seven-year Energy Transition Plan (ETP). The World Bank estimates that about ninety-one million Nigerians still don’t have access to electricity, indicating Nigeria’s energy poverty. As a result, the President announced a return to coal mining to close energy access gaps; however, this response is insufficient for climate change mitigation. The Bureau of Public Enterprises (BPE) announced the investor call for public bids on the following five blocks in Enugu State: Amasiodo Coal Block; Onyeama Coal Block; Okpara Coal Block; Inyi Coal Block; and AgwasiAzagba Coal Block. Why is Nigeria Returning to Coal Mining? One may interpret Nigeria’s return to coal mining as a sign of a liquidity crisis. The World Bank Poverty Outlook for Nigeria revealed that only 3.7% of the nation’s revenue was unused to service debts. As of June 2023, Nigeria’s inflation records at 22.2%, outpacing wage growth. With these economic indicators, the government does not have the money to fund renewable energy projects to improve electricity access. However, operationalizing coal mining activities is counterproductive to attracting prospective investments to support the ETP’s $410 billion objectives. In the World Energy Transitions Outlook 2023 June editorial, the International Renewable Energy Agency (IRENA) analysis indicated a continuous plummet in investments in Nigeria and other African countries. The IRENA further predicts access to financing to become more constrained due to the unfavourable risk-return profiles of African countries. Nigeria should dredge people-centred approaches such as Just Energy Transition Partnerships (JETPs) to achieve near-zero emissions and bridge the energy access gap. People-Centred Approaches: why JETPs? Just Energy Transition Partnerships is a financing mechanism that combines climate mitigation with energy access. It incorporates blended financing that addresses socioeconomic consequences, enabling Nigeria to achieve low-cost energy access, economic empowerment and industry competitiveness. The objective of a JETP is to allow wealthier nations to fund coal-dependent countries’ transition towards clean energy according to the receiving country’s transition plan. Focusing on increasing house income reduces the dependence on fossil fuels such as charcoal and firewood is preferable to mainstreaming charcoal use to increase energy access. The elasticity between household income and fossil fuels used is apparent. International organizations such as Sustainable Energy For All (SE4All) have endorsed the adoption of JETPs as a technological solution to clean energy transition. On the other hand, JETPs have not been wholly welcomed. Industry experts have objected to its full-scale adoption, concluding JETPs to be narrow. Critics opine that transition designs must be heterogenetic to reflect the diversity of countries’ energy demands, oil and gas dependence and its contribution to GDP, energy level and type of energy needs. Also, the minimal footprint of Africa’s emissions has been emphasized as justification for new fossil fuel energy investments. However, regard must be given to Africa’s minimal past emissions because of its lack of industrialization. The global North has been the most significant emitter because of its heavy fossil-fueled industrial activities. For example, China and the U.S. China is rated the largest emitter of coal-generated carbon, with 10,668 million metric tons emitted in 2020; whilst the U.S. is the primary producer of crude oil. So, if African industries rely on coal and gas for energy generation, Africa’s footprint will inadvertently increase, which is ecologically harmful. Foreign investors have signalled intentions to withdraw support for fossil-reliant projects. While seeking $10 billion annually to fund its ETP, mainstreaming coal use is an investor deterrent and an impediment. Thus, it may leave Nigeria with stranded assets. July 20, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Adopting a Circular Economy for Economic Growth and Sustainability in Nigeria by doose July 19, 2023 written by doose The United Nations Conference on Trade and Development (UNCTAD) defines a circular economy as an economic model focusing on closing material loops through repair, reuse, recycling, refurbishment and remanufacturing of end-of-life products. Estimates suggest that only 8.6% of the world’s economy is circular. Countries like the Netherlands are leading the pack in adopting circularity as an economic style. The Dutch government has an ambitious project to become a country 100% based on a circular economy by 2050. Other countries of note are Japan, China and Chile. Nigeria faces enormous socio-economic challenges. Recent statistics by the World Bank state that 4 in 10 Nigerians live below the poverty line. Nigeria’s National Bureau of Statistics, in 2022, showed that 133 million Nigerians are multi-dimensional poor. This statistic reflects Nigeria’s economic state and further reiterates the need to explore untapped opportunities with the potential to lift Nigeria out of poverty. Over the years, the circular economy has gained prominence, given its potential to offer helpful solutions to pressing environmental and economic challenges. This concept is no silver bullet but is a viable alternative to solving Nigeria’s economic and sustainability challenges. It is also essential to note the global concern about climate change and its adverse environmental and health effects. Since waste is a core contributor to carbon emissions, adopting a circular economy in Nigeria is crucial for managing waste, checking carbon emissions and creating a sustainable economic system. This assertion is supported by a European Environmental Agency report which states that transforming to a circular economy can reduce carbon emissions. Despite the wealth creation potential and sustainable circular economy methods, Nigeria still wallows in the grimes of a linear economy. This linear economic model is centred around a “take-make-dispose approach, where products are used and disposed of to waste sites. The United Nations predicts India, China, and Nigeria will house half the world’s population by 2050. It is no doubt a large population equals humongous amounts of waste. Exploring circular economy principles in critical sectors of the Nigerian economy, such as agriculture, energy, and manufacturing, principally contribute to reducing waste and air pollution and decreasing carbon emissions. For instance, Fossil fuel generator components can be reused or recycled in the energy sector, particularly in renewable energy systems. The energy sector’s circularity opens secondary markets for the refurbishment and trading of used components. Thus creating sustainable businesses and local jobs that address Nigeria’s unemployment problems. Waste can be transformed into bio-products such as fertilizers, energy generation materials and compounds in the agricultural sector. Converting agricultural waste into new products introduces the principles of reuse, repair, and recycling. As a result, local economies can generate an additional income stream and, in the long term, reduce environmental damage. Likewise, in manufacturing, implementing practices like product life extension, eco-friendly packaging, and green recycling can curtail waste generation and create economic opportunities. Efforts are in motion towards achieving a circular economy in Nigeria. Recent efforts include the establishment of Nigeria’s Circular Economy Working Group. (NCEWG) The main objective of this working group is to support the inclusive green growth of the Nigerian economy. However, many more coherent policies, incentives, meaningful action, awareness and innovation are required. Transitioning to a circular economy is just as crucial for Nigeria. Due to the dwindling revenue, the country’s growing energy needs and the geostrategic importance of responding to climate change, this transition could offer solutions. July 19, 2023 0 comment 0 FacebookTwitterPinterestEmail
Power Punch Implications of the Looming Electricity Tariff Increase by doose June 30, 2023 written by doose Electricity tariffs are the rate at which electricity is sold to a consumer. These tariffs are determined by considering total production costs from generation plants to wholesale generation, transmission, distribution, metering and billing and finally to the consumer. Nigerian electricity tariffs are typically regulated by the government or The Nigerian Electricity Regulatory Commission (NERC) to ensure fairness, sustainability, and the financial viability of the power sector. Electricity is the bedrock of civilization, providing energy for our homes, businesses, and industries. However, the accessibility and affordability of electricity have always posed significant concerns for both consumers and policymakers. One of the critical factors influencing the electricity tariff set by utility companies is the electricity subsidy which the government pays to upset a part of this tariff costs making it affordable to its citizens. However, recently the government has expressed its inability to continue subsidizing electricity due to severe financial and revenue constraints. As a result, Distribution Companies (DisCos) have proposed a 40% electricity tariff increase from July 1, 2023. Other contributing factors to this proposed increase are the fuel subsidy removal and the unified exchange rate. The electricity tariff increase has become a subject of intense debate and discussion. Therefore, there is a need to outline the possible implications of this proposed tariff increase in varying sectors. Some of the impacts are as follows: Impact on Consumers: An increase in electricity rates directly affects the consumer’s pockets, as higher rates translate into increased monthly bills, especially with already skyrocketed bills from the fuel subsidy removal. According to the National Bureau of Statistics (NBS), 40.1% of Nigerians are classified as poor. As such, many households in Nigeria, especially those in rural areas, are low-income households with limited disposable income, and the burden of higher electricity costs can be particularly challenging. In addition, the increased financial strain on consumers’ income can lead to reduced discretionary expenses, affecting local businesses and the overall economy. Impact on Businesses: All businesses heavily rely on electricity to function optimally. This means that a spike in electricity tariffs directly impacts operational and production costs, reducing profitability and competitiveness. Energy-intensive industries, such as manufacturing, mining, and hospitality services, may experience significant challenges when tariffs spiral. Higher electricity costs may compel businesses to cut back on operations, reduce staff, or pass on the increased expenses to consumers through higher prices, ultimately impacting the purchasing power of the general population. Renewable Energy Adoption: Globally, countries are making efforts towards transitioning to cleaner energy sources to curtail the adverse effects of climate change on the planet and reduce dependence on fossil fuels. The tariff spike may cause people to seek alternative energy sources, thus promoting renewable adoption and providing the much-needed boost needed to help Nigeria realize its 2030 goals and the Energy Transition Plan. Attracting Investments: For the NESI, the increase in electricity tariff seems like a giant leap towards achieving cost-reflective tariffs. For several years the electricity value chain has suffered losses, with DisCos being unable to meet their financial obligations. Achieving cost-reflective tariffs instils confidence in the minds of investors and intending investors, and it demonstrates that investors can recoup profits from their investments. The electricity tariff increase will impact varying sectors and stakeholders negatively and positively. Therefore, these predicted impacts present a difficult task for policymakers to strike a balance between the requirement for a power sector that is financially sustainable with affordable energy. Given that the pains of fuel subsidy removal still linger, will the DisCos hold off on this impending increase or proceed? The coming days will tell. June 30, 2023 0 comment 0 FacebookTwitterPinterestEmail