1. Company overview & snapshot

• Auto International is a Gurugram-based manufacturer of cold-forged automotive components, with the Binola plant positioned as the operating center for its NCR business and additional plants in Chennai and Bhiwadi.
• Public-facing material emphasizes 40+ years in operation, 2,500+ SKUs, export presence in 10+ countries, and supply relationships with large OEMs including Maruti Suzuki, Hyundai, Tata Motors, Kia, Toyota, Honda, Volvo, and Daimler.
• The process chain is vertically integrated for a mid-market supplier: press forging, nut/bolt forming, in-house heat treatment, shot blasting, straightening, CNC machining, thread rolling, drilling, and metallurgical inspection.
• Director data points publicly to Amit Dhingra as the current operating leader. Tofler shows his directorship continuing into 2025, which supports the outreach-kit assumption that this is still an owner-led or tightly held decision environment.
• Recent public signal quality is mixed. The strongest fresh signals are from the company’s own 2024-26 marketing pages pushing export growth, EV-component relevance, and a 300+ Cr turnover narrative. I did not locate a strong third-party 2025-26 capex or sustainability release, so treat the “forward-looking growth” story as company-asserted rather than independently reported.

1.1 Legal identity & corporate structure

Auto International (India) Private Limited is a private Indian automotive-component manufacturer. Public company-directory data identifies CIN U34300HR2003PTC126768, ROC Delhi, and the registered address at 57–58 KM Stone, Delhi–Jaipur Highway, Binola Industrial Area, Bhorakalan, Gurugram 122413. The company’s operating-history language dates the business to 1981; that is not necessarily the same as the incorporation date of the current legal entity, so the two dates should not be used interchangeably in a customer conversation.

The account is best treated as a closely held, operating-led supplier rather than a public-company procurement target. Public sources identify Adarsh Dhingra and Krishan Kumar Dhingra on the board; the existing outreach kit identifies Amit Dhingra as the managing-director route. Confirm title, current remit and the correct legal entity at the start of contact. This matters because the Binola site, Bhiwadi expansion and Chennai operation may share a brand but have separate electricity accounts, capex authority and operating teams.

1.2 What they make & where money comes from

The company markets ball studs, ball-joint parts, tie-rod and axle parts, sockets, stabilizer-link components, fasteners, pins, rivets, nuts and related cold-forged products. It says it supplies OEMs and Tier-1 customers across domestic and export markets. The relevant economic reality for a supplier of this type is repeatability: quality escapes, delivery delays and rejected parts are expensive, while OEM price-down pressure makes controllable conversion cost valuable.

Cold forging itself is material-efficient, but the complete route is not a low-energy process. Press work is followed by heat treatment, shot blasting, straightening, CNC machining, thread rolling, drilling and inspection. The energy case therefore depends on the actual technical route for each product family. A furnace may be electrically heated, gas fired with electrically driven fans and quench auxiliaries, or part of a mixed configuration. Stamped should only claim electric-bill savings from loads that appear on the plant’s electricity account.

1.3 Plants, addresses & footprint

The Binola/Gurugram main site is the recommended first-pilot candidate because the company places its head office and plant at the same address and publicly describes a substantial in-house process range there. A 2024 exhibitor profile described the Binola main plant as about 100,000 square feet, with 75,000 square feet covered. The company also describes operations in Chennai/Oragadam and Bhiwadi/Rajasthan. That profile reported a new Rajasthan space and planned additions including CNC capacity and increased forging capacity; treat completion, commissioning date and current production state as first-call verification points.

Do not use group-wide footprint claims to infer that a single Binola meter clears the Band A threshold. Ask whether the main plant, Plant 3/Bhiwadi activity and any outsourced heat-treatment load have separate bills. A local first pilot avoids an avoidable multi-site data and sponsorship problem.

1.4 Leadership & CRM map

The commercial route is Amit Dhingra, subject to current-role confirmation. The technical-validation route should be the heat-treatment/metallurgy lead plus the electrical or maintenance owner. The kit names Tarun Thakran as a heat-treatment and metallurgy route but does not provide a verified LinkedIn URL or direct email; treat this as a lead to validate, not a contact record.

A productive pilot decision needs three roles: an economic sponsor who cares about margin and OEM price-downs; an operations owner who can approve schedule or setpoint experiments; and an electrical owner who can supply bills, demand data and meter context. The founder/MD should not be asked to adjudicate feeder wiring or furnace recipes. Conversely, maintenance alone cannot approve an experiment that changes production sequencing. The first meeting should explicitly map those roles.

1.5 Recent news (24 months) & timing for Stamped

The strongest timing signal is growth, not a disclosed energy incident. The company’s own materials and a 2024 exhibitor profile described expansion in Haryana, Chennai and Bhiwadi and a stated FY2024–25 turnover target of ₹300 crore. Directory data subsequently reported FY2025 revenue around ₹250 crore; the discrepancy reinforces why the value proposition should be framed as a diagnostic, not as a claim to know the account’s economics.

Expansion creates a useful window because new machines, changed shift patterns and new utility circuits can raise baseload before anyone has a settled performance baseline. It also creates a risk: a plant may be too busy with commissioning to accommodate an initiative. Ask whether a stable, representative production line exists for a 90-day trial. If the answer is no, defer rather than attempt to prove savings against a moving baseline.

2. Energy profile

• The Gurugram/Binola site should sit under the Haryana industrial power ecosystem, most likely a DHBVN HT industrial connection. Verify on the first call whether the plant is billed directly under DHBVN, through a park-level arrangement, or split across multiple service connections.
• Electricity intensity should be meaningful because the plant combines forging presses, heat-treatment auxiliaries, shot blasting, CNC, air compressors, cooling, and inspection under one roof. The outreach estimate of roughly ₹15-40L/month+ is directionally credible and worth verifying early.
• No public evidence surfaced of captive power, rooftop solar, open-access procurement, or a formal ISO 50001 energy-management system.
• No public PAT, BRSR, or sustainability-reporting discipline is visible, which usually means energy is managed operationally rather than with a dedicated EnMS stack.
• The likely utility pain points are:
  • avoidable MD spikes when forging, heat treatment, compressed air, and finishing overlap,
  • poor attribution of furnace/line overconsumption to a named process owner,
  • weak linkage between process changes and the next DHBVN bill,
  • PF and demand-charge leakage if loads are not sequenced tightly across shifts.

2.1 Bill band, tariff & demand

DISCOM / supply (name early): DHBVN is the working hypothesis for the Binola, Gurugram location, not a verified billing fact. The kit correctly flags that the direct connection, industrial-park arrangement and service-account count must be confirmed. Obtain two recent HT invoices before estimating contract demand, maximum demand, tariff components, power-factor treatment, TOD applicability or any bill-saving opportunity.

The existing working band is ₹15–40L/month+ [~]. It is a screening hypothesis derived from the stated process mix and plant scale, not a disclosed bill. It may be below the Band A threshold for one meter, and it may be materially above it if multiple high-load operations are consolidated. That uncertainty is central: do not promise a percentage saving or calculate ROI until the invoice, units, demand charge and production rhythm are available.

For the first bill review, isolate: sanctioned and recorded demand; demand charge; energy charge; PF incentive or penalty; TOD line items; reactive-energy treatment if shown; fuel surcharge; and unusual monthly changes. Pair the invoice with production days, furnace batches, press schedules and shutdowns. A high bill is not automatically an energy-management failure: it can reflect volume growth, tariff revision, poor power factor, a demand excursion, or a furnace process condition.

2.2 Generation, fuel & renewables

No reliable public source reviewed for this dossier confirms captive generation, rooftop solar, open-access procurement, a group PPA or a specific fuel configuration at Binola. Treat every such item as unknown. Ask whether DG sets are resilience-only or used during outages, whether furnaces use gas, electricity or both, and whether solar generation has created a daytime dispatch opportunity.

This distinction affects Stamped’s scope. If a process is fuel fired, Stamped can still help with electrically driven auxiliaries and production scheduling, but a claimed thermal-fuel benefit needs separate measurement. If rooftop solar exists, the correct story is not “solar has solved the bill”; it is whether flexible electric work is being placed in the generation window without creating a demand peak.

2.3 EnMS, PAT, ISO, BRSR

No public evidence located in the reviewed sources establishes ISO 50001 certification, PAT status, BRSR reporting or a formal Energy Management System at this private company. Absence of public evidence is not evidence of absence. The plant may have IATF-driven process controls, electrical logbooks and audit routines without publishing an EnMS program.

That is a sales implication, not a criticism. Do not lead with a maturity judgment. Ask what is already reviewed weekly: kWh per part, electricity spend, demand, furnace cycle efficiency, compressor performance, PF or only total bill. If there is no formal EnMS, Stamped’s value is to create a lightweight operating cadence. If there is one, the value is to turn existing readings into named owner actions and invoice verification.

2.4 Likely ₹ leak categories (hypothesis)

The main hypotheses are operational and should be tested, not asserted. First, simultaneous press, furnace, compressor and finishing starts may create short demand peaks that have a long bill consequence. Second, a furnace held at temperature while a downstream constraint waits can consume meaningful energy even when it protects production flexibility. Third, compressors, cooling pumps, blowers, dust extraction and lighting can become persistent off-shift load. Fourth, APFC performance or load mix may create PF drift that is visible on the invoice but not assigned to an owner.

Stamped should not prescribe a setpoint, start time or furnace hold change without the metallurgy owner. The practical product is a ranked question: which recurring interval, feeder or asset family deserves a supervised operating test, what is the expected ₹ consequence, who can execute it, and which invoice fields will verify it.

3. Operations, equipment & digital stack

• Public process evidence is unusually clear for a private supplier:
  • cold forging / press forging,
  • nut forming and bolt forming,
  • heat treatment,
  • shot blasting,
  • straightening,
  • CNC machining,
  • thread rolling and drilling,
  • metallurgical analysis and load/fatigue testing.
• Operationally, this looks like a mixed discrete-plus-batch plant. Forging and machining lines are likely continuous within shifts, while heat treatment is more batch-oriented and therefore more prone to hidden waiting/idle losses.
• The strongest Stamped-relevant load cluster is not just “furnaces” but the full forging-to-heat-treatment chain: press loads, furnace cycles, blowers/fans, quench or cooling support, compressors, and downstream finishing.
• There is no public evidence of a plant-wide EMS or historian, but the process maturity and customer base imply at least machine-level PLCs, quality traceability, and some metering at utility or shop-floor level.
• No public AI or Industry 4.0 program is visible. That is useful: Stamped should not pitch itself as another digital-transformation platform, but as a read-only layer over whatever meters, PLCs, or panel readings already exist.

3.1 Process flow & critical loads

A representative flow begins with incoming wire/bar stock and cold or press forging, then proceeds through trimming/forming, heat treatment, shot blasting, straightening, machining or thread rolling, drilling, inspection and dispatch. Product-specific routes differ, so the first discovery task is a line map rather than a generic plant model.

At the electricity interface, presses create high but intermittent demand; CNCs and machining cells create production-linked electrical draw; compressors, pumps, ventilation, cooling and material handling support both; and furnace auxiliaries may remain on across batches. The process owner may optimize quality, throughput or furnace loading, while the utility owner sees only a monthly total. That split is precisely where a cross-functional prescription queue can help.

3.2 Shifts, seasonality, production pattern

Public sources do not disclose shift schedule, customer mix by line, planned shutdowns or utilization. The plant is likely schedule-driven rather than continuously process-driven. Batch heat treatment and customer dispatch deadlines make it dangerous to assume that every peak is avoidable.

Ask for a calendar of shift handovers, weekly off-days, planned maintenance and high-volume dispatch periods. A valid baseline should compare like-for-like production periods. Avoid an apparent saving caused by lower output, a holiday, a maintenance shutdown or a product-mix change. The pilot should define production-normalized context before it makes a bill claim.

3.3 Automation, metering, SCADA/EMS/DCS

The public record supports process maturity, not a verified site-wide SCADA or EMS. It is reasonable to expect PLCs and machine controls on forging and CNC assets, quality traceability and main-panel meters; it is not reasonable to assume remote access, historian availability or feeder-level coverage. The sales architecture must therefore support two paths.

Path A is a read-only connection to existing utility meters, BMS/SCADA exports or historian data, with no writes to controls. Path B is a bill-led and manual-export approach using existing panel readings, production context and interval data where available. Do not sell integration before an IT/security owner has defined acceptable boundaries. The minimum pilot data set is enough to establish a baseline and test one action; it is not a prerequisite to redesign the plant’s digital stack.

3.4 Capex / tech projects affecting energy

Reported capacity expansion, new CNC additions and a cited 750-kg/hour continuous heat-treatment furnace are potential sources of both opportunity and baseline distortion. Confirm whether the furnace exists, which site it serves, whether it is electric or fuel fired and whether commissioning is complete. New assets often create useful meter boundaries but may still be ramping. The safest entry is to use post-capex evidence: determine whether the installed asset is delivering the expected operating pattern, rather than critique the capex decision.

4. Stamped Energy fit analysis

• This is a credible Band A wedge because the combination of forging plus in-house heat treatment creates controllable, repeated power peaks with obvious rupee consequences.
• The best entry angle is MD attribution + process-cost accountability, not generic “monitoring.” The strongest wedge is: identify which forging/heat-treatment overlap created the DHBVN peak, assign a sequencing or furnace-hold action, and verify the result on the next bill. A 2024 exhibitor profile also cited a new 750-kg/hour continuous heat-treatment furnace and capacity additions; confirm commissioning and whether the thermal process is electric, fuel-fired, or mixed.
• Stamped’s most relevant proof points here are:
  • read-only layer on existing meters / PLCs / SCADA,
  • no new hardware and no control writes,
  • line-by-line or feeder-by-feeder attribution in rupees,
  • a 90-day bill verification program instead of a long IT project.
• Buyer mapping:
  • Amit Dhingra for commercial go/no-go,
  • heat-treatment or metallurgy leadership for technical validation,
  • plant electrical / maintenance for meter access and actionability.
• The likely alternatives are not sophisticated energy software vendors; they are internal maintenance judgment, QC-driven process tuning, machine-level operator habits, and occasional consultant or auditor reviews. That makes Stamped’s bill-verification framing stronger than a dashboard pitch.

4.1 ICP scorecard

Process intensity: pass, subject to confirmation of which heat-treatment energy is on the electricity bill. Geography: pass for the NCR team, with DHBVN as the working DISCOM assumption. Addressable bill: unknown; the ₹15–40L/month+ [~] range is a qualification question, not a pass. Data maturity: unknown but potentially adequate through utility bills, main meter and existing PLC/panel data. Decision speed: plausible because the account appears operating-led, but unproven. Pilot scope: good if the Binola site has a stable line and a plant sponsor.

4.2 Fit score rationale

Maintain the kit’s 8/10 as a conditional fit score. The score is high because cold forging plus in-house heat treatment offers repeated, operationally controllable load patterns and because an owner-led company can care about near-term margin. It is not higher because the invoice, demand structure, thermal/electric split, named technical champion and site data architecture are not verified. A discovery call can materially change the score in either direction.

4.3 Wedge (parser-critical)

The strongest wedge is: identify which forging/heat-treatment overlap creates a DHBVN demand peak, then give the named operations or utilities owner one supervised sequencing, furnace-hold or idle-auxiliary action whose result is reconciled to the next bill.

This is deliberately narrower than “optimize the plant.” It respects metallurgy and quality constraints, avoids a hardware promise, and creates a falsifiable outcome. Start with a stable feeder or asset family, not a cross-site programme. The language should remain bill-first: Stamped does not replace maintenance, heat-treatment engineering, ERP, MES or an energy audit. It produces an action queue on top of existing measurements and closes the loop against the invoice.

4.4 Objections & competitors

“Our maintenance team already manages this” is a valid concern. Acknowledge it, then differentiate ongoing measurement, prioritization and bill verification from an individual observation or periodic audit. “We have no SCADA” is not a disqualifier; establish what bills and meter readings are accessible before specifying an integration route. “The furnace is fuel fired” narrows the electricity claim but does not erase demand, compressor, pump, cooling and machine-load opportunity.

Do not position against solar, VFD vendors, APFC vendors or maintenance contractors. Stamped does not sell capex or replace controls. It can identify whether a proposed investment is warranted, but the initial offer is an operating proof, not a retrofit recommendation.

4.5 Pilot design

Propose a 90-day Binola pilot only after a bill and sponsor check. Week 1–2: map service account, meter hierarchy, production pattern, existing controls and safety/quality approval route. Week 3–4: establish a production-normalized baseline, identify one demand and one baseload hypothesis, and agree the owner of each test. Weeks 5–10: issue weekly prescriptions, log execution and compare interval/bill indicators. Weeks 11–12: reconcile the result to the DHBVN invoice and decide whether to expand.

Success criteria should be agreed before the test: no production or quality disruption; a named and executed action; evidence that a controllable MD, energy or PF metric moved in the expected direction; and a transparent reconciliation that avoids attributing tariff or volume effects to Stamped. A kill criterion is equally useful: if data access is insufficient, output shifts are too unstable, or no owner can test an action, stop rather than create a decorative dashboard.

5. Before you reach out

• Verify whether the Binola plant’s main thermal processes are electrically heated, fuel-fired with electric auxiliaries, or a mix; do not assume all “heat treatment” savings will show up purely on the power bill.
• Confirm the actual DHBVN monthly bill band and sanctioned demand before discussing Band A economics.
• Ask whether Gurugram, Bhiwadi, and Chennai each operate on separate energy-management routines; the first pilot should stay plant-local.
• Find out whether one person owns both heat treatment and utilities, or whether metallurgy and electrical are split.
• Check whether forging presses and heat treatment are on separate feeders or only visible at MCC/panel level.
• Use the OEM/export narrative as a hook: they publicly emphasize reliability and global delivery, so tie Stamped to protecting margins without adding hardware or downtime.
• Do not lead with sustainability or ESG; there is not enough public evidence that this is how they internally frame the problem.
• Landmine: recent growth and turnover claims are mostly company-published. If they push back on scale assumptions, pivot immediately to “we are trying to understand how you track furnace and press energy today,” not “we know your numbers.”

5.1 Discovery checklist

• Confirm that the contact is responsible for Binola operations, not only the corporate or Chennai/Bhiwadi business.
• Verify the legal billing entity, number of service accounts, and whether DHBVN is the direct DISCOM.
• Ask for the ₹ band [~] to be replaced with two recent invoices before discussing savings potential.
• Establish sanctioned demand, recorded MD, PF incentive/penalty and TOD exposure from the invoice.
• Ask whether heat treatment is electric, fuel fired or mixed, and which electrical auxiliaries are separately metered.
• Map the press, furnace, compressor, cooling and finishing feeders; mark data that is measured versus assumed.
• Identify the recurring high-load moments: shift start, batch change, furnace recovery, compressor loading, or dispatch rush.
• Ask whether there is a weekly energy review and whether it produces executable actions or only reports.
• Confirm the plant’s quality and metallurgy approval requirements before suggesting any schedule change.
• Identify the sponsor, executor and bill-data owner for a 90-day proof.

5.2 Do not lead with

• Do not lead with dashboards, AI buzzwords, ESG scores or a generic “digital transformation” claim.
• Do not lead with a percentage-saving promise when the actual bill, fuel split and demand structure are unknown.
• Do not lead by telling a metallurgy or quality team to change furnace practice; ask what operating flexibility is safe.
• Do not lead by treating a ₹300 crore marketing claim as audited fact.
• Do not position Stamped as a maintenance AMC, a furnace retrofit vendor, solar EPC, EMS replacement or annual audit.

5.3 Opening hooks (email / call / WhatsApp)

“Your process combines forging presses, heat-treatment support and finishing loads. We do not replace those controls; we use existing bill and meter data to identify one avoidable demand or idle-load pattern, assign the fix, and verify whether it moved the next DHBVN bill.”

“Against OEM price-downs, the question is not whether the plant has an energy report. It is whether someone can point to one specific overlap, hold period or utility load, name the owner, and show the ₹ result on the invoice. That is the 90-day proof we propose.”

6. Risks, flags & sources

• Data-quality flags:
  • Recent public information is heavily website-led; independent reporting is thin.
  • Turnover appears in public sources as both roughly ₹250 Cr and ₹300+ Cr; treat this as a range, not a fixed number.
  • Leadership is clear enough for outreach, but plant-level technical champion names still need confirmation.
  • No reliable public evidence surfaced for solar, captive power, or ISO 50001.
• Sources consulted:
  • https://autointernational.in/
  • https://autointernational.in/cold-forged-manufacturers-india/
  • https://autointernational.in/automotive-fasteners-high-strength-bolts-manufacturer-trusted-supplier-in-india/
  • https://autointernational.in/precision-made-obj-ball-studs-your-trusted-supplier-exporter/
  • https://www.tofler.in/amit-dhingra/director/00909400
  • https://tracxn.com/d/companies/autointernational/__5BfZy7xBnmirHXWEY67qR0ZdNKI0uipC1ZaLKKLlYII

6.1 Integrity / controversy / regulatory (search explicitly)

Searches conducted for Auto International India lawsuit, Auto International Binola pollution notice, Auto International Gurugram regulatory action, Auto International India controversy and Auto International India labour dispute did not surface a verified, plant-specific court outcome, regulatory notice or controversy suitable for an outreach dossier. This is a search result, not a compliance clearance. Do not state “no issues” to a prospect; say that public verification was limited and no allegation should be made without a primary source.

6.2 Data quality flags

• The company’s “established in 1981” operating history and the current legal entity’s 2003 incorporation are distinct records.
• Revenue and headcount indicators vary by source; treat ₹250 crore, ₹300+ crore and directory headcount as directional only.
• Plant capacity additions cited in an exhibitor profile need current confirmation.
• No public bill, sanctioned demand, renewable-energy, captive-generation, ISO 50001 or fuel-configuration evidence was located.
• The primary champion email in the outreach kit is explicitly inferred; it must not be treated as verified.
• The potential technical champion is a routing lead, not a confirmed current decision maker.

6.3 Sources consulted

• https://autointernational.in/
• https://autointernational.in/cold-forged-manufacturers-india/
• https://exhibitorsearch.messefrankfurt.com/images/original/document_downloads/10000007202401/376708/1719561241089_3019673942.pdf
• https://tracxn.com/d/legal-entities/india/auto-internationalindia-private-limited/__npHy1cDXiAtU8WYbWuJGVYffnjGMZEUXYkTQDR8IPTk
• https://www.tofler.in/amit-dhingra/director/00909400