Sri Lanka’s ambitious goal to generate 70 per cent of its electricity from renewable energy (RE) by 2030 requires a strategic approach that balances environmental sustainability, economic constraints, and the urgency of energy security. With limited financial resources and a pressing need to reduce reliance on fossil fuels, the new government must adopt cost-effective and [...]

Business Times

Renewable energy plans 2030 energy targets

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Sri Lanka’s ambitious goal to generate 70 per cent of its electricity from renewable energy (RE) by 2030 requires a strategic approach that balances environmental sustainability, economic constraints, and the urgency of energy security. With limited financial resources and a pressing need to reduce reliance on fossil fuels, the new government must adopt cost-effective and practical energy generation strategies that can be implemented within the next 5–6 years.

Challenges

1. Economic Constraints: Sri Lanka’s economy faces significant challenges, limiting the availability of funds for large-scale infrastructure projects. High levels of public debt and limited fiscal space require innovative financing models.

2. Dependency on Fossil Fuels: Fossil fuels currently contribute significantly to the energy mix, making the country vulnerable to volatile global oil prices and exchange rate fluctuations.

3. Grid Limitations: The national grid requires substantial upgrades to accommodate intermittent renewable energy sources like solar and wind, which could further strain financial resources.

4. Short Timeline: Achieving the 70 per cent RE target by 2030 leaves little time for large[1]scale project implementation, demanding swift, scalable, and easily deployable solutions

Proposed Energy Generation Plans

1. Decentralized Residential Solar Plus Storage:

  • Deploying 400,000 or more residential solar systems with battery storage offers a scalable, decentralized approach.
  • Estimated project cost: US$2 billion//Annual foreign exchange savings: US$350 million.
  • Benefits: Reduced reliance on fossil fuels, minimised grid upgrade requirements, and rapid deployment.
  • Financing Model: Public-Private Partnership (PPP), with government subsidies on lithium-ion batteries and low-interest loans for consumers.

2. Expansion of Wind Power

  • Focus on small to medium-sized wind farms in areas with high wind potential, such as Mannar and Hambantota.
  • Benefits: High-capacity factor and low operational costs post[1]installation.
  • Financing Model: International partnerships and concessional loans.

3. Small-Scale Hydropower Revival

  • Invest in refurbishing existing small hydropower plants and developing new projects where feasible.
  • Benefits: Reliable, consistent energy generation with minimal environmental impact.
  • Financing Model: Private sector investment with government incentives.

4. Community-owned Renewable Energy Projects:

  • Establish community solar and wind farms to empower local participation and reduce dependence on government funding.
  • Benefits: Promotes energy equity, builds community resilience, and shares financial burdens.

5. Energy Efficiency and Demand-Side Management:

  • Complement renewable energy generation with energy efficiency measures, such as smart metering and energy-efficient appliances.
  • Benefits: Reduces overall energy demand, maximising the impact of RE investments.

Implementation Strategy

1. Policy and Regulatory Support: Enact policies to streamline approvals for renewable energy projects and provide tax incentives for clean energy investments.

2. International Collaboration: Leverage foreign direct investment (FDI), grants, and technology transfer agreements to finance and accelerate renewable energy deployment.

3. Public Awareness Campaigns: Educate the public about the economic and environmental benefits of transitioning to renewable energy to garner support for policy measures

4. Capacity Building: Train local technicians and engineers to support the operation and maintenance of renewable energy systems.

Conclusion

To meet its 2030 renewable energy target and address growing energy demand under economic constraints, Sri Lanka must adopt a multifaceted approach. By prioritising decentralized residential solar plus storage, wind power, and small-scale hydropower projects, supported by PPPs and international collaboration, the country can achieve its goals. This path not only enhances energy security but also fosters economic resilience and environmental sustainability for the future.

 (The writer is an Innovator and Patent holder for Energy Storage Systems (ESS), currently engaged as a Consultant on ESS. He can be contacted on jeremyF@smarthome.lk)

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