Sustainable Oasis is a technology company — founded by engineers — on a mission to make Indian C&I businesses the most energy-efficient in the world.
India's commercial and industrial businesses collectively spend over ₹8 lakh crore on electricity every year — and most of them have no real visibility into whether they are paying the right price, or what it would take to pay less. The options exist: rooftop solar, open access power exchange, group captive, battery storage. The problem is that no one has built the intelligence layer to model all of them together, for a specific facility, with real numbers.
Sustainable Oasis was founded to build that layer. Anchal brings the market architecture and business depth — the ability to translate complex energy regulation into commercial models that actually work at scale. Kush brings the engineering rigour from years at Cadence Design Systems, where the baseline was precision: power electronics, simulation, and systems that have to be right. Together, the insight was simple — the energy transition in India is not a hardware problem. It is an information and optimisation problem. And nobody was solving it.
We started with Solar EPC and RESCO services — not as a detour, but as a deliberate foundation. Real projects, real clients, real site data. Every commissioned plant is a proof of execution and a future node in what we are building toward: India's first Distributed Energy Resource Management System, aggregating C&I facilities into a dispatchable grid asset. We are pre-seed, generating revenue, and building the intelligence layer that India's grid will eventually depend on.
Anchal leads business strategy, market development, and commercial structuring at Sustainable Oasis. With an engineering foundation from IIT Kanpur, he translates the complexity of India's energy regulatory landscape — open access, DISCOM tariff design, IEX market mechanics — into procurement models that deliver measurable savings for C&I clients.
Kush leads product and technology at Sustainable Oasis. His background spans power electronics and systems engineering at Cadence Design Systems, where rigour in simulation and precision in system design were the baseline. He applies that same discipline to the EPOP platform — building an optimisation engine that models energy procurement with the accuracy that C&I financial decisions require.
Every instrumented site is a future DER node.
Our path runs from procurement intelligence today — modelling six energy channels for a single facility — to fleet-level grid orchestration tomorrow, where aggregated C&I loads participate in ancillary markets and provide frequency response to the national grid. The goal is not just cheaper electricity for Indian industry. It is making Indian industry an active, intelligent participant in the energy grid it depends on.