Que: Theia Ventures recently led the pre-seed investment in Earthsync. What specific gaps in India’s renewable energy ecosystem convinced you that this was the right time to back a unified intelligence platform?

Ans: The Indian grid is transitioning from simple net-metering and banking settlement mechanisms to complex sub-hourly balancing and Round-the-Clock (RTC) renewables. We identified a critical analytical debt in the C&I sector; IPPs' legacy spreadsheet-based modeling fails to capture the volatility of hybrid wind-solar-BESS configurations. As regulatory shifts like Green Energy Open Access accelerate, a unified intelligence layer is essential to optimise asset utilisation and mitigate the merchant risk inherent in India’s evolving energy markets.

Que: From an investor’s lens, what differentiated Earthsync from other energy analytics or software platforms operating in the C&I renewable space?

Ans: At the IPP level, Earthsync solves the high-dimensional complexity of Techno-Economic Analysis (TEA). Unlike reactive O&M tools, Earthsync’s engine simulates the interplay between stochastic resource profiles, sub-hourly ToD (Time of Day) tariffs, and state-specific banking regulations. For the C&I sector, this transforms RE procurement from a cost-saving exercise into a strategic risk-management tool. By hosting both stakeholders on a single platform, the marketplace of EarthSync creates an ecosystem for the energy exchange and This unified visibility ensures that plant sizing perfectly aligns with the consumer’s load profile and banking constraints, effectively shortening deal cycles from months to weeks. Ultimately, by standardising the simulation of basis risk, Earthsync provides a "single source of truth" that makes complex hybrid RE projects more transparent, liquid, and attractive to institutional lenders.

Que: India’s C&I renewable energy market is growing rapidly, but adoption remains complex. What are the biggest decision-making challenges C&I buyers face today?

Ans: Commercial and Industrial consumers today have to face mounting pressure from the regulators and investors to procure renewable energy for their operations to meet their sustainability goals in time while ensuring economic viability. Key procurement decisions hinge on three pillars (a) decoding policies such as Green Energy Open Access Regulations, that shape asset utilisation and project economics (b) selecting optimal technology mix and solutions, and (c) assessing the financial risks in long-term PPAs or CapEx investments alongside projected returns and savings.

To mitigate such risks, C&I consumers typically spend 12+ months, by setting up cross-functional task forces composed of internal experts and external advisors, to execute the end-to-end strategy and procurement process. With the onset of a 15-min accounting regime, each project analysis mandates a 50mil+ data points evaluation for a 25year long project, today’s workflows that are dominated using Excel models pose a significant challenge and barrier for industry stakeholders in decision making.

EarthSync’s Plan and Procure modules solves this by enabling seamless strategy-building, multi-scenario evaluations, and RFP deployment with proposal comparison, all through a single platform. The platform allows management executives, sustainability teams, factory operators, and all other stakeholders to collaborate in real-time, tracking progress, and accelerating data-informed decisions.

Que: Earthsync focuses on AI-led forecasting and regulatory intelligence. How critical is real-time regulatory intelligence in a market like India, where policies and charges can change frequently across states?

Ans: Real-time regulatory intelligence is absolutely critical for eliminating guess work and empowering energy stakeholders to drill into policy nuances that directly impact techno-economic feasibility of renewable energy projects. Most Indian states maintain distinct versions of Green Energy Open Access rules, aligned and inspired by the Central Green Energy Open Access Regulations (GEOR) but varying sharply in (a) open access charges driving landed tariffs, (b) banking settlement rules and mechanisms across varying Time-of-Day slots, and (c) capacity restrictions and / or BESS mandates, as seen in the latest Rajasthan 2025 amendment.

While the hope is to have stabilised policy frameworks in the near future, increasing renewable mix in the grid will trigger reforms like (a) phasing out of monthly and annual banking provisions for sub-hourly settlements or energy storage, (b) evolving open access charges structure that impact economic viability, and (c) introduction of a 5-min settlement grid.

VPPAs and open electricity markets will enable C&I to procure shorter-term electricity contracts but these demand significant regulatory adaptation, which can already be seen in new-age contracts such as Contract-for-Differences, pioneered by few global players already.

At EarthSync, our internal systems parse state level policies and continuously update our regulatory database. These databases are further embedded into our Plan and Procure modules with templatised formats that aid users to model and simulate energy and financial parameters.

Que: What risks (financial or operational) are most underestimated by C&I buyers today when entering long-term renewable PPAs?

Ans: C&I underestimate specific PPA mechanics and limit flexibility through long-term fixed PPAs, beyond broad risks like developer/IPP default.

One such is the factoring regulatory risks in techno-economic modelling, such as sub-hourly settlement time-periods and stricter DSM bands and penalties. Today C&I buys into perceived stability without rigorous granular, sub-hourly stress-testing.

Until shorter term energy contracts become viable and widely accessible, rigid long term contracts pose a significant operational risk for C&I. These long term contracts underestimate merchant exposure benefits, limiting upside from participating in price arbitrages through day-ahead and real-time markets.

Few other financial risks that C&I should be vary about are termination penalties, liquidated damages, and deemed purchase clauses that impact energy savings and following energy procurement decisions.

Que: How does better forecasting and scenario analysis change procurement outcomes for large energy consumers?

Ans: By deploying better techno-economic forecasting and seamless scenario analysis tooling, large energy consumers can benefit significantly from modelling real world scenarios of their renewable energy assets. This also helps in establishing project constraints and boundaries, evaluating risk factors, and building mitigation strategies, all-in-all to aid procurement decisions and outcomes.