Ghana’s transition to electric mobility is no longer a distant policy aspiration. Through the National Electric Vehicle Policy launched in 2023 and the broader National Energy Transition Plan (2022–2070), the country has committed itself to a future in which transportation is cleaner, more efficient, and less dependent on fossil fuels. Yet this ambitious transition is unfolding against a troubling reality: Accra’s recurring flooding crisis.
The intersection between these two developments raises an important question. Can Ghana successfully build an electric mobility ecosystem in a city where floods have become an annual threat to lives, infrastructure, and economic activity?
A City Under Increasing Flood Risk
Accra’s vulnerability to flooding has been well documented for decades. The June 3, 2015 disaster remains one of the darkest moments in Ghana’s recent history. More than 200 people lost their lives, approximately 53,000 residents were affected, and economic losses were estimated at about US$100 million. A decade later, many of the structural causes identified after that tragedy remain unresolved.
The situation has continued to deteriorate. Across West and Central Africa, millions of people have been affected by recurrent flooding in recent years, with Ghana remaining one of the hardest-hit countries. The devastating floods that struck Accra and its surrounding communities on 29 June 2026, following approximately 140 millimetres of rainfall within a single day—one of the highest single-day rainfall totals recorded in recent years left at least 12 people dead, displaced more than 7,700 households (affecting over 38,800 people), submerged major roads, destroyed homes, businesses and vehicles, and prompted large-scale rescue operations by the emergency services. The disaster once again underscored the growing human and economic costs of extreme weather events, compounded by rapid urbanisation, poor drainage infrastructure, and encroachment on waterways.
Research consistently points to the same underlying causes: poor drainage infrastructure, weak land-use enforcement, encroachment on waterways, and inadequate urban planning. According to World Bank estimates, approximately US$3.2 billion worth of assets in Greater Accra are currently exposed to flood risks, a figure projected to quadruple by 2050 if significant mitigation measures are not implemented.
Against this backdrop, Ghana’s electric mobility ambitions must be viewed through the lens of climate resilience.
Ghana’s EV Revolution and an Emerging Risk
The National Electric Vehicle Policy sets out an ambitious roadmap for transport electrification.
Government targets include a 35% EV penetration rate by 2035, the deployment of 1,500 electric buses by 2030, and the eventual phase-out of new petrol and diesel vehicle imports by 2045. To accelerate adoption, fiscal incentives have been introduced, including VAT waivers, reduced import duties, and an eight-year import duty exemption for EVs used in public transportation and local assembly operations.
The policy is already yielding tangible results. Ghana’s electric mobility sector has continued to expand, with more than 1,360 electric vehicles now registered nationwide, reflecting steady growth from fewer than 200 registered vehicles in 2022. However, infrastructure development continues to lag behind the pace of policy implementation. Although the number of public charging stations has increased beyond the initial seven located in Accra, Ghana’s charging network remains limited, unevenly distributed, and concentrated in a few urban centres, leaving significant gaps in intercity connectivity and reinforcing concerns over range anxiety. Recognising these challenges, the government has begun developing a comprehensive regulatory framework for EV charging infrastructure and battery swap systems to support private investment and accelerate nationwide deployment.
This infrastructure gap becomes particularly concerning in a flood-prone city.
While modern electric vehicles are designed with advanced safety systems and waterproofing measures, flood exposure presents risks that cannot be ignored. International experience demonstrates that lithium-ion batteries submerged in floodwater may suffer internal damage that is not immediately visible. In some cases, battery systems have ignited days after flood exposure due to delayed internal failures. Following Hurricanes Helene and Milton in the United States in 2024, multiple electric vehicles and lithium-ion battery systems reportedly caught fire after being exposed to floodwaters.
For Accra, the challenge extends beyond the vehicles themselves. Charging stations, transformers, battery storage facilities, and electricity distribution networks are all vulnerable to flood-related disruption. As EV adoption increases, infrastructure resilience will become just as important as vehicle safety.
The Regulatory Gap
Perhaps the most significant challenge is regulatory preparedness. Although Ghana’s National Electric Vehicle Policy provides a strong strategic foundation, the regulatory architecture required to address EV-specific flood risks remains underdeveloped. Existing legislation, including the Environmental Protection Agency Act, 1994 (Act 490) and the National Building Regulations, provides a basis for infrastructure safety regulation, but neither framework specifically addresses the risks associated with electric mobility in flood-prone environments.
At present, there is no mandatory requirement for flood-risk assessments before the approval of EV charging stations in high-risk areas. National standards for flood-resistant charging infrastructure remain under development, while protocols governing post-flood inspection of electric vehicles, battery disposal, and emergency response have yet to be comprehensively established. This creates a regulatory vacuum at a time when EV adoption is accelerating.
The challenge is compounded by institutional capacity constraints. Emergency responders, including NADMO and the Ghana National Fire Service, currently have limited specialised capacity to manage lithium-ion battery incidents arising from flood-damaged electric vehicles. Similarly, Ghana lacks a standardised framework for assessing, towing, storing, and disposing of flood-damaged EVs.
Building a Climate-Resilient Electric Mobility Ecosystem
The solution lies not in slowing Ghana’s electric mobility transition but in strengthening the regulatory and infrastructure systems that support it. Flood-risk assessments should become mandatory for all public charging infrastructure projects. The Ghana Standards Authority, Energy Commission, Ministry of Transport, NADMO, and the Ghana National Fire Service should collaborate to develop national standards addressing flood-resistant charging infrastructure, battery safety, post-flood inspection protocols, and emergency response procedures.
Equally important is the need to address the underlying flood problem itself. Investments in drainage infrastructure, enforcement of planning regulations, protection of waterways, and implementation of climate adaptation measures remain indispensable. Electric mobility cannot succeed in isolation from broader urban resilience efforts.
Ghana’s decision to embrace electric mobility is both economically prudent and environmentally necessary. However, the long-term success of that transition will depend on whether climate resilience is integrated into its design from the outset. As Accra continues to confront recurrent flooding, policymakers must ensure that electric mobility infrastructure, regulatory frameworks, and emergency response systems are capable of withstanding the environmental realities of the future.
The real question is no longer whether Ghana should transition to electric mobility. It is whether Ghana can build an electric mobility ecosystem resilient enough to survive the next major flood.
References
National Electric Vehicle Policy (2023), Ministry of Transport.
National Energy Transition Plan (2022–2070).
Environmental Protection Agency Act, 1994 (Act 490).
World Bank, Greater Accra Resilient and Integrated Development (GARID) Programme.
NADMO Flood Situation Reports (2024–2025).
UNDP & Energy Commission, Market Opportunity Study on EV Charging Infrastructure in Ghana.
