Battery Pack Prices Drop 45% Amid African Solar Push

Despite record-low costs for storage, infrastructure and regulatory investment are failing to keep pace with new solar capacity.

Updated on Oct. 22, 2026 in Energy

Isometric editorial illustration of large industrial battery storage units arranged in a neat array, symbolizing energy infrastructure investment.
Stationary battery pack prices fell to US$70/kWh in 2025, but energy infrastructure across Africa still lacks the investment needed to integrate new solar capacity. AI Illustration. Upload story photo >

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Is current government regulation doing enough to encourage investment in local renewable energy storage projects?

Stationary battery pack prices dropped to US$70/kWh in 2025, marking a 45% annual decline, according to the ESI Africa Energy and Storage Volume 5 report. Despite this increased affordability, current regulatory and infrastructure investment remains misaligned with the continent’s rapid solar growth.

Why it matters

The cost decline presents a major opportunity for grid stabilization, yet the lack of proportional infrastructure investment risks bottling up energy capacity. Bridging this capital gap is essential for integrating the 26GW of solar installed across Africa over the last two years.

Stationary battery pack prices reached US$70/kWh in 2025, down 45% from 2024 levels. While battery costs have plummeted, planners are still struggling to account for localized variables like battery degradation in extreme heat and varying regional freight costs.

The players

ESI Africa

An industry publication that provides data and analysis on the African power and energy sector.

The details

Battery viability depends on a complex interplay of deployment scale, thermal management, and financial logistics. In hot climates, stationary battery packs face accelerated degradation, which can compromise the economic utility of energy storage. Effective deployment also requires navigating regional import tariffs and freight expenditures, which act as overhead costs that must be managed alongside the falling base price of cell technology.

Timeline

  1. 2023-2025: Approximately 26GW of solar was installed across Africa.

  2. 2025: Battery pack prices fell to US$70/kWh, a 45% annual decline.

  3. October 22, 2026: ESI Africa published the Energy and Storage Volume 5 report.

  4. October 28-29, 2026: The C&I Energy and Storage Summit occurs in Johannesburg.

The Tech Race

The 26GW of solar installed across Africa between 2023 and 2025 has vastly outpaced current storage deployment. This report highlights a widening infrastructure gap that must be closed to maintain grid stability.

Investors and grid operators can leverage lower battery costs to improve procurement and cost certainty. Stakeholders will address these financial hurdles during upcoming industry discussions in Johannesburg.

The takeaway

While battery costs have hit a new low of US$70/kWh, the immediate next step is securing the necessary infrastructure funding to prevent grid congestion. Watch the outcomes of the C&I Energy and Storage Summit in Johannesburg for new guidance on overcoming regional financing and tariff barriers.

Further reading

For broader trends in power infrastructure, explore the Energy section.

More information

View the Download Energy and Storage report for full technical findings.

Live Poll

Is current government regulation doing enough to encourage investment in local renewable energy storage projects?