Every engine shares the same foundation: India's regulation encoded at hourly resolution, optimisation that recomputes live, and outputs your CFO, or your lender, can sign.
State banking rules, ToD tariffs, open-access charges, duties and storage obligations, encoded in the engine, not approximated in a footnote.
Toggle a capacity, a tariff or a financial parameter and watch savings, payback, NPV and IRR resolve in real time. Scenario meetings, not scenario weeks.
Bid-ready tariffs, hourly dispatch build-ups and full financial statements, numbers with a paper trail you can defend in front of a board or a bank.
Forecast the annual electricity bill, track monthly actuals, and understand exactly where every rupee comes from. Built for multi-source Indian C&I portfolios, grid, open access and behind-the-meter dispatched together under ToD-aware tariffs.
Identify the optimal solar, wind + BESS configuration against an industrial load profile. The platform applies your state's banking norms and tariff matrix, then lets you adjust capacities live, savings, blended tariff and RE penetration recompute as you type.
Size the optimal battery at your facility against an existing PPA, under your state's banking and ToD regime. The engine returns the ideal MWh, the CAPEX it implies, and the 12-year economics, then lets you stress every battery parameter.
Sizing engine and financial model in one place. Size solar DC, wind AC, BESS power and energy, and the multi-year augmentation schedule in a single solve, then toggle financial parameters into a full P&L for a bid-ready tariff.
Every number Minalav returns is the output of one connected system, regulation-aware, expert-guided and solved by our own optimisation models. Scroll to light up each stage of the flow.
It starts with your reality: interval load data, site details, tariff category and project intent, taken straight from developers and C&I teams. No idealised assumptions, only the numbers that describe the real asset.
Agents continuously crawl state-specific rules, banking windows, ToD tariffs, open-access charges and storage obligations. Every parameter is then vetted by our team before it is ever allowed to touch a model.
Our forward-deployed experts sit with your developers to encode the constraints that never make it into a spreadsheet: contracts, land, evacuation, dispatch realities and risk appetite, so the optimisation solves the real problem.
Our in-house statistical and machine-learning models search the entire decision space at once, capacity, storage, augmentation, banking and tariff, solved as one multivariate optimisation, not a chain of separate guesses. This is the intelligence competitors approximate in spreadsheets.
Proprietary IP · The coreOut comes the sized, priced configuration that actually wins, the optimal RE + BESS decision, consistent by construction and ready to defend in front of a lender, a board or a tender committee.
Export bid-ready models, reports and reconciliations in every format your stakeholders need, each one linked directly to the financial outputs: savings, payback and returns. The decision and its economics arrive together.
Linked to financial outputsModel a bankable RE + BESS decision in an afternoon, not a quarter. No spreadsheet gymnastics and no complex macros, just inputs that matter and an answer you can act on.
Agents crawl every state's regulation around the clock; our specialists vet each parameter before it ships. The speed of software with the judgment of experts.
Our team sits with yours to encode the constraints that never make it into a model, contracts, land, evacuation and risk appetite, so the answer is buildable, not just theoretical.
Every number ties straight to the money and is ready to defend in front of a lender, a board or a tender committee. Consistent by construction.
It optimises solar, wind and battery capacity against your facility's hourly load, applying the state's banking regulations, ToD tariffs and open-access charges. It returns the optimal configuration with year-1 savings, blended tariff, RE penetration and payback, and every capacity can be toggled live to compare scenarios.
Yes. The utility engine sizes solar DC, wind AC, BESS power and energy, and the multi-year augmentation schedule in a single solve, then produces a full financial model, P&L, IRR and DSCR, for bid-ready tariff decisions.
State-specific banking rules, time-of-day tariff structures, open-access charges, transmission, wheeling, cross-subsidy surcharge, additional surcharge, electricity duty, and energy storage obligations, applied at hourly resolution rather than annual averages.
The platform is available on request. Connect with us and we'll set up your account and walk your first project through the engines with you.
Launch the platform if you have an account, or connect with us for access.