SE Stamped Energy Outreach Hub
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Deep research dossier
Full dossier Call prep

Auto International

Stamped-relevant diligence on Auto International's Gurugram cold-forging and heat-treatment footprint before outreach.

8/10 ICP fit
DHBVN DISCOM
ISO 50001 ✓ Energy mgmt
Gurugram Plant
Auto Components NCR
₹
Bill band

₹250 Cr` and `₹300+ Cr`; treat this as a range, not a fixed number

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Entry angle

Bill-verified layer on existing plant data

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Top flag

Data-quality flags:

Primary champion Amit Dhingra Managing Director
Email LinkedIn Outreach scripts →

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.

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.

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.

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 sharpest story is: which furnace-and-press overlap created this month’s peak, what should be staggered, and did the action reduce the next DHBVN bill?
  • 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.

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.”

6. Risks, flags & sources