Stamped Energy
Pharma
Pharma · load management and HVAC decisions verified on the bill
Pharma · load management, verified
Stamped Energy
From load spikes and HVAC waste to owned actions on the invoice.
Load management ₹ actions on the bill.
Pharma sites run chillers, HVAC, and batch utilities around the clock. Stamped finds avoidable load coincidence and idle utility waste, ranks the fix in rupees, and verifies it on the next DISCOM bill.
Load management for chillers, HVAC, and batch utilities. Verified on the DISCOM bill.
stamped.work
Monday 07:05 · Utilities handover
Your pharma plant already has the data.
The incomer saw the MD spike when chillers and autoclave heat-up overlapped — a classic load-management miss. The EMS logged it. Nobody got a work order with a rupee figure.
Chillers and autoclave overlapped. A load spike with no ₹ work order.
Shift B brings heavy utilities online in the same window.
EMS threshold crossed. Alert created. Still no assigned owner.
The bill will price this later. The floor never saw the fix.
The EMS recorded the spike, but nobody was assigned to change the next utility sequence.
Why savings get missed
The systems are there. The handoff is not.
Most plants already meter and log. What breaks is the step between an alert and an owned action that finance can later see on the bill.
Meters and EMS exist. The owned action that hits the bill does not.
EMS
Trends, thresholds, and unread alerts.
Meters
Interval kWh and demand windows.
DISCOM bill
The scoreboard finance already reviews.
Once the demand window prints, the coincidence cost is already on the invoice.
Weekly energy meetings discuss last week. The shift that caused it has already moved on.
The bill moves, but nobody can show which owned action closed which line item.
What Stamped does
From a plant signal to an assigned job.
Stamped sits on top of the EMS and EnMS you already run. It reads HVAC, chiller, and batch utility data, finds load-management and idle-waste opportunities, issues a ranked action in rupees, and closes the result on the next bill.
Read existing signals
HVAC, chiller, and batch utility meters, BMS and PLC states, and utility line items. Read-only. No control writes to the plant.
→Rank fixes in ₹
Rules, models, and agents turn findings into prescriptions with why, owner, effort, and expected bill impact.
→Reach the floor
The shift supervisor gets the task where they already work, with a due time and a clear action.
→Verify on DISCOM
Potential and realised savings are checked against the same bill lines finance already reviews each month.
Sample prescriptions
A clear action, priced on a bill line.
Each card is an owned work order: what to change, who does it, when it is due, and the expected ₹ impact. Click to flip and see the backing evidence [~].
Tap a card to flip from the decision to the evidence [~].
Execution channel
On the floor
The action reaches the floor.
Today · Shift B · 07:18
Stagger chillers and autoclave by 10 min
Why: MD peak from Monday load overlap
Impact: ₹1.8-3.2L/mo on MD line [~]
Owner: Utilities supervisor · B
Due: This week · before next peak
The prescription arrives as assigned work. Its status changes when the supervisor acts, not when the next review meeting happens.
Prescription issued with owner, due time, and ₹ impact.
Supervisor acknowledges and sequences the startup stagger.
Tracked against the next billing cycle MD / energy lines.
Measurement and verification
Verified on the bill.
A saving counts only when operating data and the matching DISCOM bill line both move. Finance and plant review the same numbers.
Savings count only when the DISCOM bill line moves.
| Ledger line | Baseline | Action | Status |
|---|---|---|---|
| MD stagger · chiller/autoclave | Apr MD peak | 10-min chiller lag | VERIFIED |
| AHU Suite 3 setback | Idle suite hours | Setback SOP | PENDING |
| Tariff window import | Peak grid draw | Dispatch nudge | IN REVIEW |
Sample ledger for walkthrough · labelled [~] · not a customer guarantee
Technology
The stack behind every prescription
Each recommendation is produced by industrial rules, domain foundation models, and an agentic layer that turns findings into owned floor work, then closes the result on the bill.
Rules, foundation models, and agents turn findings into owned floor work closed on the bill.
Industrial physics and rules engines
Versioned rule packs for plant energy behaviour, built from published research in energy management, power systems, and equipment efficiency.
- Load management, HVAC idle, chiller staging, batch-gap utilities, tariff dispatch
- PF and tariff arithmetic tied to utility line items
- Every finding cites a rule version a plant EE can review
Domain foundation models
A set of models trained for industrial energy work, not a single generic chatbot on top of meter data.
- Load and demand forecasting models
- Pattern and anomaly models for waste detection
- Equipment efficiency and tariff-aware dispatch models
Agentic AI for prescriptions
Agents read structured findings and draft the floor action: what changes, why it matters, who owns it, effort, ₹ impact, and due time.
- Ranks the queue so high-₹, low-effort work surfaces first
- Keeps numbers tied to the finding and tariff line
- Produces text supervisors can act on without a new dashboard habit
Bill-linked verification
Prescriptions are priced onto DISCOM line items and closed with an M&V plan locked at issue time.
- Potential vs realised tracked per action
- Evidence exportable for plant, finance, and assurance
- Same ledger feeds intensity and sustainability workpapers
Auditability and sustainability
A full trail from action to bill to evidence pack.
Closed prescriptions leave a record plant, finance, and assurance partners can reuse. Sustainability numbers come from the same actions, not a second system.
Full trail from action to bill. Sustainability evidence from the same closures.
Auditability
- 1Immutable trail: issued → viewed → acted → verified
- 2Potential vs realised ledger tied to DISCOM bill lines
- 3IPMVP-style M&V plan locked when each prescription is issued
- 4Exportable workpapers for plant EE, finance, and assurance partners
Sustainability
- 1Verified kWh, intensity, and tCO₂e with factor disclosure from the same actions
- 2Evidence adjuncts for ISO 50001 opportunity closure
- 3BRSR / PAT workpaper inputs. We do not file ESG returns for you
- 4We do not replace EnMS or certify the plant. We close ops into proof those systems need
For teams that already run EnMS, renewables, and intensity programmes, and still need day-to-day actions that show up on the invoice.
Where pharma electricity cost usually hides
Five areas we check first in pharma
First places we look when a pharma plant already meters HVAC and utilities — and still sees avoidable ₹ on the HT bill, especially from load management gaps.
First places we look — including load management — for avoidable ₹ on a pharma HT bill.
Load management
- Chiller + autoclave overlap
- AHU bank coincidence
- Contract demand headroom
Sample: chillers and autoclave heat-up in the same window
HVAC / cleanroom
- Overcool in idle suites
- AHU full duty off-batch
- Simultaneous bank starts
Sample: Suite 3 HVAC at full duty with no batch tag
Chillers & utilities
- Staging discipline
- Unload / bypass hours
- Purified-water run-on
Sample: second chiller online into the same demand window
Batch gaps
- Utilities across changeovers
- Idle CIP / WIP holding
- Non-critical loads left on
Sample: utility island left running across an idle window
Tariff / intensity
- Peak import timing
- kWh per batch drift
- TOU mistiming
Sample: peak grid draw during a non-critical utility window
| Monthly HT bill | About 15% often addressable [~] | Cost of waiting 90 days |
|---|---|---|
| ₹30L | ₹4.5L / month | ₹13.5L |
| ₹60L | ₹9L / month | ₹27L |
| ₹1Cr | ₹15L / month | ₹45L |
Indicative ranges from comparable plants [~]. A 90-day proof run replaces estimates with figures from your DISCOM bills.
How we engage OT
Read-only first. Clear boundaries.
What we are not
- EMS / SCADA replacement
- ESG-first carbon platform
- Hardware or metering vendor
- PLC / DCS control writes
- Another monitoring dashboard
How we engage OT
- Read-only data access only
- No new hardware in Phase 1
- NDA before plant data leaves the site
- Data returned on exit, with no lock-in
- Single-site proof before multi-plant rollout
2-minute walkthrough
How Stamped works, end to end
Connect plant data, issue a prescription in rupees, hand it to the floor, and verify on the bill.
Connect, prescribe, hand off, verify.
The video follows the same sequence shown here. Pause whenever a point needs discussion.
Sample workspace
Simulated data, not your plant
90-day bill verification
Proof Run
Start with one HVAC / utilities island or production block. Plant and finance review the same M&V memo. Go or no-go at Day 90.
One utilities island. Joint M&V memo. Go or no-go at Day 90.
| Phase | What happens |
|---|---|
| Weeks 1-2 | Read-only connect · baseline in writing · first ranked prescriptions |
| Weeks 3-8 | Floor executes · weekly EnMS-style review · WhatsApp ownership |
| Day 90 | Joint plant/finance M&V memo · go / no-go with signed numbers |
A scoping conversation + your last 2-3 DISCOM bills. No purchase decision required on the call.
contact@stamped.work · stamped.work
Built on energy systems research at IIT Roorkee.