LEED v5 Carbon Assessor

Decarbonization Alignment & Compliance Engine

v5 Beta
Greenfield Office Tower

LEED v5 Decarbonization Framework

Projected Lifetime Carbon
0
t CO2e (25-year)
0% reduction vs baseline
Operational Carbon
0
t CO2e (25-year)
Includes 0 t refrigerants
Embodied Carbon
0
t CO2e (Upfront)
0 kg CO2e / m² GFA

Carbon Emissions Source Breakdown

Decarbonization Index

0 Points

Composite rating based on GWP reductions, renewables integration, and electrification plan.

LEED v5 Target Level

Awaiting Assessment

LEED v5 Prerequisites

Carbon Assessment

Requires 25-yr model of operational, refrigerant, & embodied carbon emissions.

MRp2 Embodied Carbon

Requires structure, enclosure & hardscape GWP inventories and top 3 source flags.

0

MRc2 Embodied Credit

Estimated points earned for embodied carbon reduction (0-5 points available).

Operational Energy Demands

Calculated Baseline EUI

Energy Use Intensity (EUI): 0 kBtu/ft²/yr (0 kWh/m²/yr)

HVAC Refrigerant Leakage

LEED v5 requires accounting for equipment refrigerants. Provide estimates for primary HVAC heating and cooling systems.

Registered Systems

No refrigeration systems added. Minimum 1 required for Carbon Assessment Prerequisite.

Quick Presets

Select a typical material preset to add it to your inventory.

Add Custom Material

LEED MRp2 Top 3 GWP Sources

Prerequisite requirement: Identify the top 3 structural/enclosure contributors.

Material Inventory & Baseline Comparison

0% Reduction
Material Name Category Qty Baseline (t CO2e) Proposed (t CO2e) Reduction Action

Total Baseline GWP: 0 t CO2e

Total Proposed GWP: 0 t CO2e

Net Embodied Reduction: 0 t CO2e

MRc2 Points Estimated: 0 / 5 Points

Decarbonization Measures

Adjust variables to simulate energy efficiency improvements, electrification schedules, and grid-decarbonization trends over 25 years.

0%

Reduces base electricity and gas loads across all years.

0 kW

Generates local green energy to offset grid power. Est: 0 kWh/yr.

Never

Eliminates fossil fuel (gas) combustion, transferring heating loads to high-efficiency heat pumps.

0%

Annual compounding reduction in grid emission factor over 25 years.

0%

Offsets grid operational electricity footprint using certified contracts (LEED compliance).

25-Year Emissions Projection Trajectory

0% Net Decarbonization

* Year 0 spike represents the upfront embodied carbon. Operational emissions scale over the subsequent 25 years as the local grid decarbonizes and building systems run.

Commuter Profiles

Define commuter categories for your building and estimate their mode split (modal share) to calculate commuter carbon.

India-Specific Mode Split (%)

Total Mode Share: 100%

Active Commuter Profiles

No commuter profiles added. Minimum 1 required for Carbon Assessment Prerequisite.

Annual Transportation Carbon: 0 t CO2e/yr

25-Year Cumulative Carbon: 0 t CO2e

India-Specific GWP Reference

Factors derived from ARAI vehicle baselines, India GHG Program and local grid intensity (CEA: 0.713 kg/kWh):

Mode of Transport GWP Factor (kg CO2e / km) Scope / Notes
Petrol Car 0.143 Mid-size passenger car (ARAI baseline / 1.2 passengers)
Diesel Car 0.132 Passenger vehicle (1.2 passengers)
CNG Car 0.098 Compressed natural gas (1.2 passengers)
Electric Car (EV) 0.088 0.15 kWh/km efficiency * Indian grid mix
Two-Wheeler (Petrol) 0.045 Average 100-150cc scooter/motorcycle in India
Electric Two-Wheeler 0.015 0.025 kWh/km * Indian grid mix
CNG Auto Rickshaw 0.055 Local paratransit average
Public Bus (CNG/Diesel) 0.025 High average occupancy factor (per passenger-km)
Metro Rail 0.012 Mass transit electric rail (per passenger-km)

LEED v5 Whole-Life Carbon Assessment

Project Report Summary & Compliance Status

Project Name
Greenfield Office Tower
Gross Floor Area
10,000 m²
Grid Region / Initial Intensity
US Grid Average (eGRID)
LEED Target Certification
Gold

1. LEED v5 Carbon Prerequisites Alignment

Carbon Assessment Prerequisite

Operational, refrigerant & embodied elements modeled over 25 years.

MRp2 Embodied Carbon Inventory

Inventory covering structure, enclosure & hardscape, with top 3 sources marked.

2. 25-Year Cumulative Carbon Accounting

Baseline Footprint
0
t CO2e
Decarbonized Proposed
0
t CO2e
Lifetime GWP Savings
0
t CO2e
Reduction Percentage
0%
Relative to Baseline
Emission Source Baseline (t CO2e) Proposed (t CO2e) Savings (%)
Upfront Embodied Carbon 0 0 0%
Operational Grid Electricity 0 0 0%
Operational Fossil Gas 0 0 0%
HVAC Refrigerant Leakage & EoL 0 0 0%
Commuter Transportation (25-yr) 0 0 0%
Total Lifetime Carbon 0 0 0%

Decarbonization Roadmap Impact Summary

  • Energy Efficiency Reduction: 0%
  • Onsite Solar PV Array: 0 kW capacity (offsetting 0 kWh/yr)
  • Target Building Electrification: Year Never
  • Calculated Grid Greening Trend: 0% annual reduction
  • Green Power Agreements (RECs): 0% operational electricity offset
  • Material Procurement GWP Reduction: 0% (0 / 5 Points on MRc2 credit)
  • Commuter Transportation Footprint: 0 t CO2e (Baseline: 0 t CO2e)

3. Embodied Carbon Inventory & Top GWP Sources (MRp2 Align)

Material Name Category Quantity Baseline GWP Factor Proposed GWP Factor Baseline (t CO2e) Proposed (t CO2e) Net Savings

Official LEED MRp2 Top 3 Carbon Sources Flagged:

4. Commuter Transportation Profiles (India-Specific Factors)

Category Label Headcount Avg Round-trip (km) Commute Days / Year Baseline 25-yr (t CO2e) Proposed 25-yr (t CO2e) GWP Savings