Smartgrid Analytics launches Solvyn AURA to target 200 GW Indian renewable capacity
Smartgrid Analytics has unveiled Solvyn AURA, an AI-powered platform designed to manage renewable energy dispatch and revenue. The company aims to support over 200 GW of capacity in India within five years, starting with a 1 GWh deployment for BluPine Energy.
Smartgrid Analytics has launched Solvyn AURA, an AI-powered decision and revenue intelligence platform, at the Renewable Energy India (REI) Expo 2026. The company says the software is designed to support India’s renewable energy sector, which it targets to reach over 200 GW of capacity within five years.
Initial Deployment Details
The first phase introduces 1 GWh of storage capacity, supporting BluPine Energy alongside other private-sector developers. These facilities are located in Andhra Pradesh, Karnataka, and Rajasthan. According to Smartgrid Analytics, this setup enables BluPine Energy to optimize dispatch choices, enhance FDRE delivery strategies, and uncover avenues to boost revenue, profitability, and overall asset value.
Platform Capabilities
- Renewable generation, FDRE commitments, battery intelligence, and power-market decision support
- Day-Ahead Market (DAM), Real-Time Market (RTM), and Green Day-Ahead Market (GDAM)
The platform handles data on renewable energy production, tracks Feed-in Tariff for Renewable Energy (FDRE) requirements, provides insights into battery operations, and offers strategic guidance for electricity trading.
It supports three specific market frameworks: the Day-Ahead Market (DAM), the Real-Time Market (RTM), and the Green Day-Ahead Market (GDAM).
Market Context and Goals
India’s energy trajectory is defined by two primary milestones: a target of 500 GW of non-fossil fuel capacity by 2030 and a goal of net-zero emissions by 2070.
| Metric | Projected Value | Target Year | Source |
|---|---|---|---|
| Non-fossil fuel capacity | 500 GW | 2030 | Government Target |
| Net-zero emissions | Achieved | 2070 | National Goal |
| Energy storage requirement | 888 GWh | 2035–36 | India Energy Storage Alliance |
| Peak electricity demand | 300 GW | 2027 | National Projection |
To manage this load alongside variable renewable generation, the India Energy Storage Alliance projects a storage requirement of 888 GWh by 2035–36.
Technical Architecture and Operational Scope
The Solvyn AURA platform employs digital twins to model assets and constraints, perform multi-objective optimisation, and run scenario simulations. It interfaces with plant monitoring and control systems, battery management, power conversion equipment, forecasting tools, and market data feeds to carry out both day-ahead and intraday scheduling. Key functionalities include generating battery charge and discharge recommendations, managing FDRE contracts, handling compliance reporting, optimising revenue, executing energy arbitrage, and analysing deviation exposure. To enhance operational visibility and mitigate risks associated with deviation penalties, the system offers unified dashboards and comprehensive audit trails. Smartgrid Analytics maintains contracts for FDRE initiatives in Maharashtra, alongside the states previously mentioned. The company asserts that AURA is engineered to function within specific regulatory, contractual, and technical boundaries, thereby assisting operators in assessing asset performance and revenue potential.
What to watch
Venkata Krishnan, Co-Founder and Chief Growth Officer at Smartgrid Analytics, characterizes Solvyn AURA as a significant advancement in extending Indian-developed intelligence to operators within India and worldwide. The firm has pinpointed the Middle East and North Africa (MENA), Australia, and the United States as its key overseas destinations. Although the five-year objective of 200 GW in renewable capacity stands as the primary metric, the precise schedule for reaching this milestone past that period remains unspecified.
Source: pv magazine India. This article is an original Luminity report based on the linked source.
