We won't pitch you the electrification supercycle. You price it daily.
Here is the number you may not have priced:
of clean solar curtailed in India in May 2026 alone — while, across April and May, 36 of 61 evenings ran short.
GIVARA Energy builds rooftop wind as a service, for the hours solar cannot serve. This brief is the whole pitch.
01 · The evening gap
India has built one of the fastest solar ramps in history — and solar has one structural blind spot: it clocks out exactly when the country clocks in. Demand peaks after sunset. Storage remains expensive at scale. The result is already visible in the dispatch data: clean energy wasted at noon, shortfall at seven in the evening.
the evening ramp — roughly doubled since 2023
projected peak demand by 2035-36 — nearly double today's
This is not a failure of solar. It is the boundary of it. Every gigawatt of new solar makes the evening more valuable, not less.
AND A SECOND CONSTRAINT · THE WIRES
The evening gap is what solar cannot cover. There is a separate problem underneath it: a large share of the clean power India has already built cannot always reach anyone. The generation exists. The wires to move it do not.
Curtailment of this kind is not a generation failure — it is an evacuation failure, concentrated in the corridors carrying power out of Rajasthan and Gujarat. The remedy is slow and expensive by nature: the transmission build needed between 2026 and 2032 is costed at ₹5–6 trillion, and of the transmission projects commissioned by March 2026, the median slipped more than ten months.
A machine on a roof is outside that queue. It generates where the demand already is, and what it makes is consumed in the building underneath it — so it never asks the transmission system for room, never waits on a corridor, and never competes for network access.
India is about to spend a decade and several trillion rupees moving power to where people are. We start there.
02 · The wedge
The evening's cheapest untapped resource moves over the rooftops themselves. Urban wind blows in the hours and seasons solar sleeps — evenings, nights, monsoon weeks — and it blows at the point of consumption: no land to acquire, no transmission to build, no farm to finance.
It has stayed untapped for one reason:
Turbines were never engineered for urban airflow — slower, turbulent, always shifting.
Scaled-down farm turbines fail on rooftops, and that failure built an industry consensus that small wind doesn't work.
Our position is narrower, and harder to copy: small wind doesn't work until the machine is redesigned around urban air. So we redesigned the machine.
The innovation is not one better rotor. It is two different rotors engineered to work as one.
A concentric dual-rotor architecture gives each part of GIVARA ONE a different aerodynamic job—then puts both jobs on one axis.
- 01 OUTER · LIFT
Capture once moving.
The lift-driven outer rotor is the primary capture surface. Its filed geometry combines helical blades with a fish-inspired scalloped leading edge and tip winglets, designed for the changing angles of urban wind.
- 02 INNER · START
Begin where lift cannot.
The drag-driven inner rotor is a modified four-blade helical Savonius design. Its deflectors are designed to create starting torque when rooftop wind is low and inconsistent.
- 03 SYSTEM · ONE AXIS
Turn two behaviours into one envelope.
Both rotors sit concentrically on a shared vertical axis. The inner rotor is designed to move the system through the outer rotor's starting gap; the outer rotor is designed to become the primary capture surface as rotation builds.
Urban wind, finally engineered to work.
GIVARA is India's first Wind Energy-as-a-Service platform. We are not here to replace solar. We are here to complete it.
03 · The engine
The business model is chosen for compounding, not for one-time hardware sales.
- 01 · OWNERSHIP
GIVARA owns every machine. Households never buy equipment — they buy electricity at a contracted discount to the electricity board's rate, billed only on meter-verified units. Adoption friction falls toward zero; the asset stays on GIVARA's books, earning for the life of the contract.
- 02 · RECURRENCE
Each rooftop is a long-term recurring relationship, not a one-time sale — revenue that accrues month after month, machine after machine, for the life of the contract.
- 03 · COMPOUNDING
The fleet compounds twice. Service density: every additional roof in a neighbourhood lowers the cost of serving all of them. Data: every turbine is also a weather station — each installation sharpens the siting model that decides where the next one earns best. A dataset India doesn't yet have, growing with every roof.
Illustration. Platform built and under testing; fleet telemetry at scale deploys with the field programme.
04 · The evidence
Eighteen months from first research to a generating machine, in our own development lab.
The faces are softened on purpose — the work is public; the team isn't, yet.
Status, stated precisely: internal TRL-4 milestone complete. Physical validation ongoing. Pre-revenue by design — commercial pre-booking opens with the founding cohort, Q4 2026, pan India.
The moat, filed.
Six intellectual-property applications in five months — three provisional patents and three paired design applications, covering the outer rotor, the inner rotor, and the concentric assembly that joins them.
05 · The path, in stages
We publish stages, not projections. Each stage exists to prove one thing.
06 · Why read this now
A candid note on timing. Today GIVARA's power curve is an engineering estimate; after validation it becomes a measured fact. That is the schedule on which this page's information asymmetry closes: validation is underway, and the founding cohort opens pan India in Q4 2026.
India is the first proving ground: dense cities, modest mean speeds, monsoon extremes. We designed GIVARA ONE around those realities; physical validation will define its measured limits. India first. Then everywhere the wind crosses a roof.
Illustrative ambition — not installations.
07 · The door
GIVARA is founder-funded, from first sketch to spinning machine, and we build like owners who plan to be here in twenty years — because every rooftop we sign will hold us to it. Right now we are heads-down: validation, certification pathways, the founding cohort. If India's distributed-energy future is a thesis you hold, we'd be glad to know you early — the best partnerships are built long before they're needed.
One line about you, one about your thesis. A human reads every mail. Deeper materials move in conversation.