Consultant, Energy Storage Systems
Swaniti Initiative is a social enterprise that is working at the intersection of climate, governance and last mile delivery. We believe that while the willingness and resources exist, there are fundamental gaps in the execution within communities that is the biggest crisis in the climate movement. Accordingly, Swaniti works with subnational governments to conduct microplanning exercises with consultations with community and key stakeholders to understand the pathways forward, provide technical assistance to subnational governments to provide support in program implementation and support in monitoring and delivery of programs.
Requirements
- Technical & Financial Analysis: Conduct techno-economic and financial feasibility assessments for distributed and grid-connected energy storage systems, with a focus on DISCOM-level applications.
- Data Analytics & Modelling: Use quantitative tools and models to evaluate storage performance, cost-benefit ratios, and integration potential with renewables at state and distribution utility levels.
- Stakeholder Engagement: Coordinate consultations with DISCOMs, state energy departments, policy think tanks, and private sector players to gather insights and co-develop actionable recommendations.
- Knowledge Products: Prepare reports, policy briefs, and presentations synthesizing key findings and recommendations for internal and external stakeholders, including funders and government partners.
- Advisory Support: Contribute to the design of pilot interventions, such as battery storage deployment models at substation or feeder levels, and identify financing options or PPP structures to enable implementation.
- Policy & Regulatory Research: Review and analyse India’s evolving energy storage policies, regulatory frameworks, and incentive mechanisms to identify opportunities for scaling deployment.
- A technical and policy assessment report outlining opportunities and barriers for distributed and grid-scale energy storage in India.
- Case studies and data-backed insights highlighting best practices from India and global contexts.
- State-level feasibility and prioritization framework for battery storage deployment.
- Stakeholder consultation brief summarizing key learnings and recommendations for policymakers and DISCOMs.
- Knowledge dissemination materials, including slide decks and briefs, for internal and
- external presentations.
- Conduct a techno-economic feasibility study of distributed and grid-scale Battery Energy Storage Systems (BESS) across selected states.
- Develop financial models assessing viability under various policy and tariff structures.
- Conduct a stakeholder consultations, case study research, desktop research and analysis to understand energy storage systems landscape in India.
- Prepare a regulatory and policy landscape assessment for energy storage deployment in India.
- Deliver a comprehensive report summarizing findings, including policy recommendations and implementation pathways for DISCOMs and state energy departments.
- Support the design of a stakeholder engagement framework for integrating storage into renewable energy programs.
- Minimum 5–7 years of relevant professional experience in renewable energy, advance energy storage solutions, or power systems planning, preferably working with government agencies, utilities (DISCOMs), or research institutions.
- Exposure to state and national energy policy frameworks, including MNRE, CEA, and CERC/ SERC guidelines, is desirable.
- Prior engagement with development partners, multilateral agencies, or think tanks on clean energy transition projects will be an added advantage.
- Strong analytical skills with demonstrated proficiency in research, data analysis and relevant data tools.
- Familiarity with grid integration, distributed energy systems, storage technologies, and renewable variability management.
- Understanding of financial and regulatory instruments for battery storage, such as VGF, tariff mechanisms, and carbon credits.
- Strong communication and presentation skills
- Self-driven and solution-oriented, with the ability to manage multiple assignments independently.