AC pre-cooling that moves office and mall load out of discom peak hours
TL;DR Peakmoor fits a small controller to the chillers and air handlers of mid-size offices, malls and hotels, then cools the building harder before the evening peak and coasts through it. Building owners pay from their time-of-day savings, and discom demand-response incentives are the second income line.
India met a record 250 GW of demand on 30 May 2024[1], and the hot-weather peak is driven heavily by cooling. Since April 2024, commercial and industrial connections above 10 kW were due to move to time-of-day tariffs, with peak-hour energy priced above the normal rate[2]. Most mid-size buildings still run their AC on a fixed schedule set by the facility manager years ago, so they pay the peak premium every single afternoon.
And the discoms that want them to cut load during emergencies? They mostly send an SMS and hope.
First things first - Peakmoor is a retrofit and not a new building management system. A gateway reads chiller power, supply-water temperature and a handful of zone sensors. A model learns how fast each floor warms once cooling is throttled. On hot days it pre-cools the building during cheaper hours, then trims chiller output in the peak window while keeping zones inside an agreed comfort band. When a discom calls a demand-response event, Peakmoor sheds the agreed kilowatts automatically and logs the proof.
The seed was a general platform for shifting demand across a city. I narrowed it to one load that a single buyer controls. Building thermal mass is a cheap battery that is already paid for, and a Purdue and Berkeley Lab study cut cooling-related peak demand in small offices by 30% with pre-cooling[3]. Indian buildings, climates and tariffs differ, so treat that figure as a direction and not a promise.
The payer is the building owner or the facility-management firm running the site. They pay a monthly fee per site, ideally priced as a share of verified peak-hour savings so the first year costs them nothing upfront. Discoms that run demand-response programmes pay incentives to participants for curtailing load[4], and Peakmoor can enrol buildings and keep a share. I found no public figure for typical payouts per event.
Time-of-day pricing for larger commercial connections became mandatory on paper from April 2024[2], and smart meters make the price signal visible. A large private utility announced a Mumbai programme in 2023 aiming at 6,000 large commercial and industrial customers and 200 MW by summer 2025[4]. Discoms now have a reason to buy flexible load, and buildings have a bill line that shows it.
There is no published figure for India's commercial demand-response market. The narrowest public signal is that utility's Mumbai target of 6,000 large C&I customers and 200 MW of peak reduction[4]. An earlier Delhi pilot linked over 160 commercial and industrial buildings and shed about 11.5 MW on request[5]. The national peak of 250 GW[1] is adjacent context for the grid, and it is not a market for one startup.
A US demand-response software firm runs the platform behind that utility's programmes, but it sells to the discom and leaves the building side to customers[4]. A global controls maker installed automated demand response for a private Delhi distributor in 2015[5]. Large building management system vendors can schedule pre-cooling, but mid-size buildings rarely pay for that tuning. The gap is a per-building service that does the thermal tuning and the enrolment together.
| Difficulty | Moderate (38/100) |
| Starting capital | ₹60 L–1.2 Cr |
| Time to launch | 6–9 months |
The control logic is well understood. The hard part is physical access, because every chiller plant is wired differently and no facility manager lets a startup touch the controls until comfort complaints are ruled out. What wins the second site is proving savings against a credible baseline (not a cherry-picked day).
No sector licence here. Peakmoor controls a customer's own equipment, so tariff rules and contracts matter more than permits.
Building this outside India? The categories above usually have a local equivalent, so check with your own regulator.
Don't hand AI full control of the plant. Keep hard comfort limits and a manual override in place, because one bad model call can heat up a boardroom.
Want to work out the AI layer for Peakmoor? Talk to Yash →
Here's what can go south -
I think this suits a founder who has worked in HVAC commissioning or facility management and can talk to a chief engineer as a peer. If you're a pure software team then it's a poor fit. First prove one thing on three buildings in a single discom area - a verified peak-hour cut of 15% or more for a full month with no comfort tickets.
Plan for roughly ₹60 L–1.2 Cr, mostly for engineers, controllers and the first pilot sites.
No sector licence. You need the usual company registration and GST, the state tariff order and the discom's programme terms in writing.
Yes, wherever commercial buildings pay peak-hour tariffs or utilities pay for demand response. Check your local tariff structure first.
The free Peakmoor validation kit has the line-by-line capital breakdown, the effort scoring, the tariff and data checklist, a 14-day validation sprint with pass/fail targets, a 90-day launch plan, 10 interview questions for building owners and facility managers, and 5 assumptions to test. Download the kit →
Thinking about building Peakmoor or something close to it? The make-or-break work is getting hands-on access to the first chiller plants and proving savings against a fair baseline, and I'm happy to think that through with you. If you need a hand, you know where to find me. Talk to Yash →
For illustration only. Names are fictional and ideas hypothetical; sourced facts are real but may be out of date. Nothing here is legal, financial or professional advice, and Yash Khatri is not personally liable for any use of it. Read the full disclaimer.