Key Takeaways
- $12 billion saved through solar energy adoption in Pakistan.
- Senator Sherry Rehman advocates for more battery storage to enhance grid support.
- Further expansion of renewable energy and smart grids recommended.
Senator Sherry Rehman has called for the rapid expansion of battery storage systems to bolster Pakistan’s national grid, during a speech at the Solar Storage Flexibility Conference in Islamabad. She highlighted that solar energy adoption has already saved nearly $12 billion and urged policymakers to focus on additional measures to secure the country's energy future.
Rehman stated that one in every five households now uses solar systems, underscoring the significant impact of renewable energy sources. According to her remarks, further expansion into affordable financing and modern grid infrastructure is essential for sustaining this transition towards clean energy.
The senator emphasized the need for comprehensive reforms in grid management and the resolution of capacity payment issues as part of Pakistan’s broader electricity challenges. She also noted that around $6.3 billion could be saved this year through solar energy, stressing the importance of continued investment to manage demand and reduce pressure on the national grid.
Rehman highlighted the critical role of battery storage and distributed energy solutions in future energy planning, stating they should become key priorities alongside smart grids and renewable energy access for households and small businesses. She noted that Pakistan’s solar transition has been largely driven by market demand and private investment, with greater financing needed to accelerate clean energy adoption.
The senator also addressed the importance of expanding access to renewable energy for all segments of society, advocating for a holistic approach to energy security that includes both generation capacity and grid management reforms. She concluded by reiterating the need for sustained efforts in this direction to ensure Pakistan’s long-term energy sustainability.
