We are seeking a technically skilled Analyst to join our Energy Policy and Regulations team. The role focuses on distribution-system planning and operations, particularly load-flow analysis and involves assessing the impact of emerging technologies at the sub-distribution level. The Analyst will develop data-driven insights to support reliable DISCOM operations while contributing to policy-relevant research on India’s energy transition. The position also requires a strong understanding of the Indian power sector, along with the ability to manage project deliverables and communicate findings effectively with internal and external stakeholders.

Responsibilities

• Lead research on distribution network load flows to assess impacts of DRE integration, EV uptake, rooftop solar, and optimal sizing/siting of BESS at feeder and DT levels.
• Track and analyse policies, regulations, and emerging technologies in the distribution sector to generate data-driven insights for decision-making.
• Evaluate state-level power system characteristics, including load curves and planning criteria, to inform infrastructure upgrade needs.
• Collaborate with state and national stakeholders to develop and advance actionable recommendations.
• Produce policy briefs, technical reports, presentations, and journal articles to communicate findings.
• Travel across India, as required, to support stakeholder engagement and project execution.

Qualifications

Bachelor’s or Master's degree in a relevant field, such as Electrical and Electronics Engineering and Energy and Power Systems.

Skill Set

• Experience with distribution network modelling and simulation tools (e.g. DIgSILENT and Python/R-based energy models) or transmission planning studies.
• Strong understanding of DISCOM regulations, distribution planning criteria, and demand forecasting practices in India.
• Familiarity with emerging technologies such as EVs, rooftop solar, energy efficiency, and solarised agricultural pumps.
• Strong analytical and research skills, with proficiency in data analysis and the ability to interpret complex policy and regulatory documents.
• Excellent written and verbal communication, along with strong presentation skills.

We are looking for a Senior Analyst to join the Renewables team at CSTEP. The ideal candidate should have strong expertise in the technical, analytical, and research-oriented aspects of the renewable energy (RE) sector, with a particular focus on solar photovoltaics, performance analysis, and techno-economic assessments. The candidate should demonstrate experience in advanced modelling, research publications, and project execution, and be capable of contributing to high-impact research, policy inputs, and stakeholder engagement.

The role requires the ability to independently manage research assignments, mentor junior team members, and deliver high-quality outputs aligned with organisational objectives.

Responsibilities

• Lead and contribute to advanced research on renewable energy technologies, with a focus on solar PV systems.
• Conduct techno-economic assessments of RE systems, including modelling, simulation, and performance evaluation using tools such as PVSyst and HOMER.
• Undertake analytical studies on system performance, degradation mechanisms, and optimisation strategies under varying climatic conditions.
• Develop high-quality research outputs, including technical reports, policy briefs, journal publications, and conference papers for national and international platforms.
• Contribute to proposal development, concept notes, and new project ideas aligned with emerging RE trends and national priorities.
• Engage with stakeholders, including government agencies, DISCOMs, research institutions, and industry partners, for data collection, validation, and dissemination of findings.
• Support capacity-building initiatives, training programmes, and technical workshops for sector stakeholders.
• Mentor team members in research methodologies, modelling approaches, and technical writing.
• Stay updated on global advancements in renewable energy technologies, particularly solar PV, hybrid systems, and emerging applications.

Qualifications

PhD in Renewable Energy / Energy Systems or a related field or Master’s degree in a relevant discipline

Skill Set

• Strong academic and research background in renewable energy, with demonstrated publications in reputed journals and conferences.
• Experience in renewable energy research, modelling, and analysis, with a focus on solar PV performance assessment and system optimisation.
• Expertise in techno-economic modelling and simulation of renewable energy systems.
• Strong analytical skills, with the ability to interpret complex datasets and derive actionable insights.
• Experience in developing high-quality research papers, technical reports, and other knowledge products.
• Proficiency in tools such as PVSyst, HOMER, MS Excel, and PowerPoint; programming skills in Python for data analysis and modelling are required.
• Experience in stakeholder engagement, training delivery, or collaboration with government agencies, academic institutions, and industry partners is preferred.
• Excellent technical writing, communication, and presentation skills.
• Ability to work independently and collaboratively within multidisciplinary teams.
• Strong organisational skills with the ability to manage multiple tasks and deliver high-quality outputs within timelines.
• Willingness to travel for field studies, stakeholder consultations, and project-related activities.

Duration

3 years

We are seeking a dynamic, technically strong professional to join the Energy Policy and Regulations team at CSTEP as a Senior Analyst. The role will involve leading and supporting work on electricity demand forecasting, with a strong focus on integrating socio-economic and weather-related drivers of demand. The candidate will also contribute to GHG accounting for DISCOM decarbonisation and city-level net-zero planning. This is a high-impact opportunity to work on policy-relevant research and contribute meaningfully to shaping India’s energy transition.

Responsibilities

• Contribute to research and analytical studies on electricity demand forecasting across national, state, DISCOM, and feeder levels, integrating socio-economic indicators, tariff structures, and weather parameters to develop robust projections.
• Support the development of GHG accounting frameworks for DISCOMs and city-level net-zero planning, including emission baseline estimation, scenario analysis, and decarbonisation pathway assessment.
• Track and analyse distribution sector policies, regulatory developments, and emerging technologies; generate strategic insights through data analytics and quantitative modelling to inform evidence-based policy recommendations.
• Collaborate with state and national stakeholders to co-develop and advance actionable recommendations.
• Prepare policy briefs, technical reports, presentations, and journal articles to effectively communicate research findings.
• Demonstrate flexibility and willingness to travel within India to engage with stakeholders and support project requirements (travel requirements may vary by project).

Qualifications

Master's degree in a relevant field such as energy economics and sustainable energy.

Skill Set

• Proven experience in electricity demand forecasting, incorporating socio-economic, tariff, and weather drivers across national, state, DISCOM, or feeder levels.
• Strong understanding of the Indian power sector, particularly DISCOM operations and regulatory frameworks.
• Proficiency in data analysis and quantitative modelling, with advanced Excel skills and working knowledge of R and/or Python.
• Knowledge of GHG accounting and decarbonisation approaches for DISCOMs and city-level net-zero planning.
• Familiarity with emerging energy technologies, including EVs, rooftop solar, distributed energy resources, and energy efficiency.
• Strong written and verbal communication skills, with the ability to translate technical analysis into clear, policy-relevant insights.
• Ability to support end-to-end project delivery, including proposals, analysis, and reporting.
• Capability to work across technical and policy domains and collaborate effectively with internal teams and external stakeholders.

The Version 1 (V1) (which can be accessed here) of the CSTEP’s Solar Techno-Economic Model for Photovoltaics (CSTEM PV) was built under the US-India Partnership to Advance Clean Energy Research (PACE-R) for the Solar Energy Research Institute for India and the United States (SERIIUS