No Active Project
Ensim brings green building feasibility, energy performance simulation, carbon assessment, and certification documentation together in one unified platform.
Location: Bengaluru, India • GFA: 12,000 m² • Target: LEED Gold
Score: 78/100 (High Alignment)
Net EUI: 68 kWh/m²/yr (-49.6%)
25-yr Reduction: 52.5% Net
Progress: 65% Credits Met
A unified user journey for high-performance sustainable architecture.
Evaluate project green-building potential at early conceptual design.
Understand how orientation, envelope & HVAC impact performance.
Quantify 25-year whole-life operational & upfront embodied carbon.
Manage evidence, track team responsibilities & credit requirements.
Compare decarbonization scenarios and lock in climate targets.
Everything required to design, model, and certify net-zero ready buildings on one platform.
IGBC Green Factory Building v2.0 Feasibility & Certification Readiness
Evaluate early-stage project feasibility across 103 credit checks, verify all 11 mandatory prerequisites, track real-time score roll-up (100 Pts New / 85 Pts Existing), and forecast your certified rating level.
Building-performance & scenario analyzer
Analyze and compare envelope U-values, WWR, shading coefficients, VRF/Chiller HVAC systems, Lighting Power Density, and rooftop solar PV generation against ASHRAE 90.1 baselines.
25-Year Whole-Life Carbon Engine
Comprehensive calculation engine for operational emissions, refrigerant leakages, material GWP inventory (MRp2), commuter transportation footprints, and official LEED v5 compliance reporting.
Certification credit & evidence manager
Manage green building credit documentation, assign team responsibilities across disciplines (Architect, MEP, Consultant), track evidence submission status, and compile submittal packages.
Empowering multi-disciplinary design and sustainability teams.
Set early-stage sustainability targets and model passive design options.
Perform whole-life carbon assessments and generate compliance documentation.
De-risk real estate assets with net-zero roadmaps and decarbonization projections.
Collaborate across MEP, structural, and architectural submittals.
Choose the plan that fits your engineering & consulting requirements.
Basic building evaluation for new users
Free forever • 1 Project Evaluation
Full platform access for consultants & engineers
Billed monthly • Cancel anytime
Manage your building projects and sustainability services.
Your Ensim workspace is actively tracking whole-life carbon assessments, energy simulations, and green building feasibility metrics across your registered projects.
Manage registered user accounts, subscription tiers, and timeline expirations.
| User | Organization | Subscription Tier | Expiration Date | Action |
|---|
Quick-scan credit evaluation questionnaire across 6 sustainable domains with automated score roll-up & eligibility determination.
Threshold: Certified 50–59 | Silver 60–69 | Gold 70–79 | Platinum 80–100
All mandatory prerequisites must be answered Yes for the project to qualify for certification.
Exact category tie-out matching the official rating checklist (100 Pts New / 85 Pts Existing)
| Category | Available Points | Points Achieved | % Achieved | Mandatory Status |
|---|
| Certification Level | New Factory Building | Existing Factory Building | Project Status |
|---|---|---|---|
| Platinum | 80 – 100 Points | 68 – 85 Points | — |
| Gold | 70 – 79 Points | 59 – 67 Points | — |
| Silver | 60 – 69 Points | 51 – 58 Points | — |
| Certified | 50 – 59 Points | 43 – 50 Points | — |
This service module is currently undergoing system upgrades to integrate advanced dynamic thermal modeling and ASHRAE 90.1 compliance checks. In the meantime, you can use the active LEED v5 Carbon Assessor.
Composite rating based on GWP reductions, renewables integration, and electrification plan.
Requires 25-yr model of operational, refrigerant, & embodied carbon emissions.
Requires structure, enclosure & hardscape GWP inventories and top 3 source flags.
Estimated points earned for embodied carbon reduction (0-5 points available).
Energy Use Intensity (EUI): 0 kBtu/ft²/yr (0 kWh/m²/yr)
LEED v5 requires accounting for equipment refrigerants. Provide estimates for primary HVAC heating and cooling systems.
Select a typical material preset to add it to your inventory.
Prerequisite requirement: Identify the top 3 structural/enclosure contributors.
| 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
Adjust variables to simulate energy efficiency improvements, electrification schedules, and grid-decarbonization trends over 25 years.
* 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.
Define commuter categories for your building and estimate their mode split (modal share) to calculate commuter carbon.
Annual Transportation Carbon: 0 t CO2e/yr
25-Year Cumulative Carbon: 0 t CO2e
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) |
Project Report Summary & Compliance Status
Operational, refrigerant & embodied elements modeled over 25 years.
Inventory covering structure, enclosure & hardscape, with top 3 sources marked.
| 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% |
| Material Name | Category | Quantity | Baseline GWP Factor | Proposed GWP Factor | Baseline (t CO2e) | Proposed (t CO2e) | Net Savings |
|---|
| Category Label | Headcount | Avg Round-trip (km) | Commute Days / Year | Baseline 25-yr (t CO2e) | Proposed 25-yr (t CO2e) | GWP Savings |
|---|
This service module is currently undergoing system upgrades to support multi-user team assignments and automated submittal package compilation. In the meantime, you can use the active LEED v5 Carbon Assessor.