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Monitoring Solutions / Energy Management (EMS)
Energy monitoring for factories, offices and campuses: read the meters you already have, watch consumption live and catch waste. A live demo shows demand, time-of-day cost, savings against a baseline and carbon on simulated data; drivers for real meters are being built.
Book a Pilot Run the live demoPilot stageToday we can show live metering, max-demand alerting, time-of-day cost, savings against a baseline and avoided carbon in the demo below, on simulated data from a fictional plant. A driver library for real meters is in development, and our own CT-clamp node BQT-EN1 (CT-clamp energy node) is at specification stage.
When consumption is visible only on the bill, there is no way to see which loads, floors or shifts drive cost, or to prove a saving after you act.
One monthly figure hides which circuits and shifts are behind it.
Lights, cooling and idle equipment keep running when nobody is there.
Short bursts can set the demand charge, and they are invisible without interval data.
Without a baseline you cannot show that an efficiency measure worked.
Consumption monitoring from third-party Modbus meters, max-demand and waste alerts. Time-of-day cost, savings against a baseline, avoided carbon and a shift report are shown in the demo on simulated data; meter drivers for a real site are in development.
A simulated factory with four sub-meters and an incomer: compressor load creeps toward the contract demand and an alert fires, a batch heater starts inside the evening peak, then savings against a baseline and avoided carbon are summed. You can shed chiller load, fix the leak and move the heater.
Simulated data from a fictional plant. It demonstrates metering, a max-demand watch, time-of-day cost, savings against an adjusted baseline, avoided carbon and a shift report, using the sourced tariff and emission-factor records listed at the foot of this page. It is not a production tenant, and the meter drivers for a real site are still in development. A separate solar plant demo is also live.
From a meter on the panel to an alert on a phone. Only the monitoring path is demonstrated today.
Third-party Modbus meters, later our CT-clamp node
Third-party Modbus gateway running our adapter
Readings stored with timestamps
Waste and threshold alerts
Live view; KPI and M&V in development
Every reading uses one telemetry shape end to end, so a dashboard can move from simulated to live data without changes.
Each item carries its real status. None of our boards has been proven on silicon yet, and we hold no product certifications today.
We read the energy meters your site already has. A sourced driver library is in development; no supported-meter list is published yet.
Third-party · drivers in developmentOur planned SELV node for clamp-on current sensing without touching mains. Specification stage; no board exists.
Spec stageInitially a third-party Modbus gateway running our adapter. Our own gateway is blocked on a part decision.
Third-partyLive consumption and waste alerts are shown in the demo. Platform energy adapter exists; not in a production tenant.
Demonstrated in demoMax demand, time-of-day cost, savings against a baseline and avoided carbon are shown in the demo on simulated data; not yet running on a real site. The reference values they start from — CEA’s grid emission factor and MSEDCL’s HT-I(A) tariff — are listed with their sources at the foot of this page; each site sets its own.
Demonstrated in demoThe live solar plant demo shows string-level monitoring on the same platform.
Demonstrated in demoWe extend your existing meters, controllers and systems rather than replacing them.
Read-only meter reads over Modbus through a gateway. Each driver is built from the vendor register map and listed only once verified.
Dashboard alerts first. Email, SMS and WhatsApp delivery is being built and enabled per pilot after verification.
Logged consumption can be exported or sent through our API to cost-allocation and ERP workflows during a pilot.
We publish no savings benchmarks we cannot source. Below: what the system changes, and a calculator that multiplies figures you enter.
waste: after-hours loads show up as a reading, not as a line on next month's bill.
interval data gives you a before-and-after for any efficiency measure.
to read a meter: consumption is readable remotely.
Saving = monthly bill x 12 x assumed reduction. The percentage is your assumption, not a result we have measured. Nothing here is a guarantee or a benchmark.
Illustrative exampleA site that cuts 10,000 kWh a month, billed at MSEDCL’s HT-I(A) rates for FY 2026-27 (energy 8.44 ₹/kVAhMSEDCL HT-I(A) Industry energy charge (HT supply, FY 2026-27)8.44 ₹/kVAhVerified against the sourceSource MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026Clause 'Summary of HT Tariff for FY 2026-27, effective from 1 April, 2026' (p. 100), HT rows: "HT I (A) HT - Industry Sub-total Rs/kVA/mth 650 8.44 0.81 9.25" — demand charge 650 Rs/kVA/mth, energy charge 8.44, wheeling charge 0.81, total variable charge 9.25 (Rs./kVAh).Read on 2026-10-27Billed per kVAh, so a low power factor raises the bill directly. In force 1 April 2026 to 31 March 2027 — the tariff in force on the retrieval date; the same order lists FY 2025-26 at 600 ₹/kVA/month, 8.68 + 0.74 ₹/kVAh. Same figures as the platform energy kit. Check the site's latest MSEDCL bill before relying on a rate.Open the source ↗ (opens in a new tab) plus wheeling 0.81 ₹/kVAhMSEDCL HT-I(A) wheeling charge (HT supply, FY 2026-27)0.81 ₹/kVAhVerified against the sourceSource MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026Clause 'Summary of HT Tariff for FY 2026-27, effective from 1 April, 2026' (p. 100), HT rows: "HT I (A) HT - Industry Sub-total Rs/kVA/mth 650 8.44 0.81 9.25" — demand charge 650 Rs/kVA/mth, energy charge 8.44, wheeling charge 0.81, total variable charge 9.25 (Rs./kVAh).Read on 2026-10-27Added to the energy charge for consumers supplied at HT (not EHV). Check the site's latest MSEDCL bill before relying on a rate.Open the source ↗ (opens in a new tab)), saves about ₹92,500 a month before Time-of-Day adjustments (taking kVAh ≈ kWh at unity power factor), and avoids about 6.75 t CO2 a month at CEA’s grid factor 0.675 tCO2/MWhGrid emission factor (India, weighted average, FY 2025-26)0.675 tCO2/MWhVerified against the sourceSource Central Electricity Authority, CO2 Baseline Database for the Indian Power Sector, User Guide Version 22.0 (August 2026)Clause Table S 'Weighted average emission factor ... of the Indian Grid for FY 2025-26 (adjusted for cross-border electricity transfers) (including RES & Captive power injection into grid)': Average 0.675 tCO2/MWh (OM 0.963, BM 0.446, CM 0.705).Read on 2026-10-27Equal to 0.675 kg CO2 per kWh. Location-based average for grid electricity; CEA revises it every year and v22.0 was the latest version on the retrieval date.Open the source ↗ (opens in a new tab). Illustrative only — not a measured saving.
The reference values our energy views start from, with their sources. Tariffs and factors change every year and differ by DISCOM and category: each site sets its own.
| Value | Setting | Status | Source | Read on | Note |
|---|---|---|---|---|---|
| 0.675 tCO2/MWh | Grid emission factor (India, weighted average, FY 2025-26) | Verified against the source | Central Electricity Authority, CO2 Baseline Database for the Indian Power Sector, User Guide Version 22.0 (August 2026) Table S 'Weighted average emission factor ... of the Indian Grid for FY 2025-26 (adjusted for cross-border electricity transfers) (including RES & Captive power injection into grid)': Average 0.675 tCO2/MWh (OM 0.963, BM 0.446, CM 0.705). | 2026-10-27 | Equal to 0.675 kg CO2 per kWh. Location-based average for grid electricity; CEA revises it every year and v22.0 was the latest version on the retrieval date. |
| 8.44 ₹/kVAh | MSEDCL HT-I(A) Industry energy charge (HT supply, FY 2026-27) | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 'Summary of HT Tariff for FY 2026-27, effective from 1 April, 2026' (p. 100), HT rows: "HT I (A) HT - Industry Sub-total Rs/kVA/mth 650 8.44 0.81 9.25" — demand charge 650 Rs/kVA/mth, energy charge 8.44, wheeling charge 0.81, total variable charge 9.25 (Rs./kVAh). | 2026-10-27 | Billed per kVAh, so a low power factor raises the bill directly. In force 1 April 2026 to 31 March 2027 — the tariff in force on the retrieval date; the same order lists FY 2025-26 at 600 ₹/kVA/month, 8.68 + 0.74 ₹/kVAh. Same figures as the platform energy kit. Check the site's latest MSEDCL bill before relying on a rate. |
| 0.81 ₹/kVAh | MSEDCL HT-I(A) wheeling charge (HT supply, FY 2026-27) | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 'Summary of HT Tariff for FY 2026-27, effective from 1 April, 2026' (p. 100), HT rows: "HT I (A) HT - Industry Sub-total Rs/kVA/mth 650 8.44 0.81 9.25" — demand charge 650 Rs/kVA/mth, energy charge 8.44, wheeling charge 0.81, total variable charge 9.25 (Rs./kVAh). | 2026-10-27 | Added to the energy charge for consumers supplied at HT (not EHV). Check the site's latest MSEDCL bill before relying on a rate. |
| 650 ₹/kVA/month | MSEDCL HT-I(A) demand charge (FY 2026-27) | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 'Summary of HT Tariff for FY 2026-27, effective from 1 April, 2026' (p. 100), HT rows: "HT I (A) HT - Industry Sub-total Rs/kVA/mth 650 8.44 0.81 9.25" — demand charge 650 Rs/kVA/mth, energy charge 8.44, wheeling charge 0.81, total variable charge 9.25 (Rs./kVAh). | 2026-10-27 | Check the site's latest MSEDCL bill before relying on a rate. |
| +25% of energy charge | ToD charge, evening peak 17:00-24:00 (HT and LT industrial and commercial) | Verified against the source | MERC MYT Order in Case No. 217 of 2024 (MSEDCL, 5th Control Period FY 2025-26 to FY 2029-30), dated 28 March 2025 Table 403 'ToD Tariff (Charge / Rebate) for eligible consumer categories' (p. 565): Peak Hours 17:00 hrs to 24:00 hrs — 7 — '+20%#', with '[#Note – For HT & LT Industrial & Commercial Categories = +25%]'; para 7.13.61: the ToD charge or rebate applies to the energy charge component; Table 404 (p. 567): 'HT I HT – Industry — Yes — Yes'. The review order (Case No. 75 of 2025) keeps '+20%#' in its Table 8 (p. 77). | 2026-10-27 | The +20% in Table 8 is the general figure; the '#' note sets +25% for HT industry. Check the site's latest MSEDCL bill before relying on a rate. |
| -25% of energy charge | ToD rebate, solar hours 09:00-17:00 (October to March) | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 Para 18.13, Table 8 'Revised ToD Tariff (Charge / Rebate) for eligible consumer categories' (pp. 76-77), as a percentage of the energy charge: 00:00-06:00 0%; 06:00-09:00 0%; Solar Hours 09:00-17:00 -15% (Apr to Sep), -25% (Oct to Mar); Peak Hours 17:00-24:00 +20%. Note to the table: -15%/-25% in FY 26 and FY 27, -20%/-30% thereafter. | 2026-10-27 | FY 2025-26 and FY 2026-27 value; -30% from FY 2027-28. Check the site's latest MSEDCL bill before relying on a rate. |
| -15% of energy charge | ToD rebate, solar hours 09:00-17:00 (April to September) | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 Para 18.13, Table 8 'Revised ToD Tariff (Charge / Rebate) for eligible consumer categories' (pp. 76-77), as a percentage of the energy charge: 00:00-06:00 0%; 06:00-09:00 0%; Solar Hours 09:00-17:00 -15% (Apr to Sep), -25% (Oct to Mar); Peak Hours 17:00-24:00 +20%. Note to the table: -15%/-25% in FY 26 and FY 27, -20%/-30% thereafter. | 2026-10-27 | FY 2025-26 and FY 2026-27 value; -20% from FY 2027-28. Check the site's latest MSEDCL bill before relying on a rate. |
| 0% of energy charge | ToD slots 00:00-09:00 | Verified against the source | MERC Order in Case No. 75 of 2025 (review of MSEDCL MYT Order, post-remand proceedings), dated 25 March 2026 Para 18.13, Table 8 'Revised ToD Tariff (Charge / Rebate) for eligible consumer categories' (pp. 76-77), as a percentage of the energy charge: 00:00-06:00 0%; 06:00-09:00 0%; Solar Hours 09:00-17:00 -15% (Apr to Sep), -25% (Oct to Mar); Peak Hours 17:00-24:00 +20%. Note to the table: -15%/-25% in FY 26 and FY 27, -20%/-30% thereafter. | 2026-10-27 | The review order removed the earlier night-hours rebate (para 18.13-18.14). |
Verified = we read the primary document on the date shown and checked the number. Secondary = the standard is paywalled, so a named secondary source was read. Barquecon default = no standard fixes it; each site sets its own.
Watch waste get flagged and cleared on a live floor, then tell us about your meters and sites and we will scope a pilot.