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Sustainability Impact

SUSTAINABILITY IMPACT

THULI × DVAA
SUSTAINABILITY DASHBOARD

Transparent Energy & Emissions Tracking

OUR PROGRESS

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Artisan Partner Performance

Privacy & Transparency: To protect our artisan partners' privacy and business information, vendors are identified by anonymous codes and general location. Detailed vendor information and supporting documentation are available upon request—please email us at hello@shopthuli.com for additional information.
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ABOUT THIS DATA

Thuli × DVAA works directly with artisans, cooperatives, and small workshops across India and the U.S. Most of our partners don't generate formal carbon reports, so we created this standardized methodology to track energy usage and emissions fairly and accurately.

Each calculation is based on actual electricity bills, official regional emission factors, and transparent allocation percentages. We only count the energy truly used for Thuli production—because many artisans work from home studios, sharing space with family and other activities.

OUR MISSION

THULI and DVAA are a design-led clothing brand rooted in social and environmental responsibility—Founded in 2015 by Prem and Seethai to honor traditional craftsmanship, ensure fair wages, and create sustainable, fashion-forward pieces that connect people, culture, and planet.

Each garment is handcrafted by the skilled artisans of Dvaa, our sister brand in India, where heritage techniques meet dignified work. Together, Thuli and Dvaa form two parts of one story—a cross-continental collaboration built on shared values and a deep respect for people and the planet.

WHY WE BUILT THIS SYSTEM

Most of our artisan partners don't generate formal carbon reports. Electricity bills vary monthly, tariff rates differ by state, and many rely on household meters shared with family or other activities. As part of our B-Corp certification journey, we created this standardized methodology to:

  • Be Fair to Artisans: Calculate emissions only for electricity truly used for Thuli production
  • Ensure Accuracy: Use location-specific rates and emission factors for Tamil Nadu, West Bengal, New Jersey, and beyond
  • Enable Auditing: Every calculation traces to official sources or documented assumptions
  • Maintain Simplicity: Anyone—regardless of technical background—can understand how numbers flow from bills to emissions

REAL VENDOR BILL EXAMPLE

Here's how we extract data from an actual electricity bill (vendor name redacted for privacy):

TNPDCL (Tamil Nadu) Electricity Bill

Vendor:
[Redacted for Privacy]
Location:
Tamil Nadu, India
Bill Date:
August 19, 2025
Bill Amount:
₹4,451.00 INR

✓ Data Extracted for Calculation:

  • Bill Amount: ₹4,451 (electricity charges only)
  • Region: Tamil Nadu, India
  • Utility Provider: TANGEDCO
  • Emission Factor: 0.757 kg CO₂/kWh

CORE CALCULATION FORMULAS

Every carbon footprint calculation follows these three sequential steps:

Step 1: Calculate Total Energy Consumption

Convert the bill amount to kilowatt-hours (kWh) using the regional electricity rate:

Estimated kWh = Bill Amount ÷ Effective Rate per kWh

Example: ₹4,451 ÷ ₹9.60/kWh = 463.64 kWh consumed

Step 2: Calculate Allocated Energy

Apply the allocation percentage for vendors working with multiple brands or from shared spaces:

Allocated kWh = Estimated kWh × Allocation Percentage

Example: 463.64 kWh × 90% = 417.28 kWh attributed to Thuli

Step 3: Calculate Carbon Emissions

Convert energy usage to carbon emissions using the regional emission factor:

tCO₂e = (Allocated kWh × Emission Factor) ÷ 1,000

Why divide by 1,000? Emission factors are in kg CO₂, but we report in tonnes CO₂e

COMPLETE WORKED EXAMPLE

Using the actual bill shown above, here's the complete calculation:

Input Values:

  • Bill Amount: ₹4,451 INR
  • Effective Rate: ₹9.60 per kWh
  • Allocation: 90% (workspace used for Thuli)
  • Emission Factor: 0.757 kg CO₂/kWh

Step 1: Energy Consumption

4,451 ÷ 9.60 = 463.64 kWh

Step 2: Allocated Energy

463.64 × 0.90 = 417.28 kWh

Step 3: Carbon Emissions

(417.28 × 0.757) ÷ 1,000 = 0.32 tCO₂e
✅ Final Result: 0.32 tCO₂e

REGIONAL REFERENCE VALUES & DATA SOURCES

All calculations use verified, publicly available data from government agencies and recognized emissions databases:

Region Rate per kWh Emission Factor Sources
Tamil Nadu, India ₹9.60 INR 0.757 kg CO₂/kWh Climatiq, TANGEDCO, CEA
West Bengal, India ₹9.00 INR 0.81 kg CO₂/kWh WBERC, Climatiq
New Jersey, USA $0.1503 USD 0.27 kg CO₂/kWh EPA eGRID

✅ WHY THESE SOURCES ARE TRUSTED

  • CEA (Central Electricity Authority): India's official national authority for carbon emission factors
  • Climatiq: Global emissions data platform used by Fortune 500 companies and sustainability auditors
  • TANGEDCO & WBERC: State electricity boards with publicly published tariff schedules
  • EPA eGRID: United States Environmental Protection Agency's official electricity emissions database

WHAT THIS DATA ENABLES

📈 B-CORP REPORTING

Standardized carbon footprint reporting for corporate sustainability disclosures and B-Corp certification

🌿 ESG TRACKING

Integration with enterprise carbon accounting platforms for comprehensive ESG reporting

VENDOR PARTNERSHIP

Performance tracking and collaboration with our artisan partners to reduce environmental impact

📌 SUMMARY

This methodology transforms a simple monthly electricity bill into a verified carbon footprint value through three transparent steps. Every calculation uses publicly available, verifiable data from official sources.

No assumptions, no black boxes, no numbers pulled from a hat—just clear, auditable mathematics that anyone can verify and understand.

Result: Accurate, defensible carbon emissions data suitable for ESG reporting, sustainability goals, B-Corp certification, and regulatory compliance.