Rank by abatement per dollar
See not only which buildings decarbonize most, but which do it most efficiently per unit of capital, so the first projects are the ones that defend themselves.
¶ For Sustainability Leaders
The sustainability case and the business case — from one model.
A target is set once. Delivering it happens one building at a time.
Brightmerge shows sustainability leaders which buildings justify EV charging, BESS, and microgrids — what each one abates, and what each one returns — before capex is committed. One building or a hundred.
¶ 01 · The reality of decarbonization today
The target is corporate. The economics are per building.
Sustainability leaders are often accountable for a commitment they did not set, delivered through a capital process they do not control. Delivering it happens one building at a time, where the economics are never the same twice.
Today
Averages, not measurements.
- Tariffs, load shapes, roof area, and grid capacity differ at every building
- Building-level feasibility studies cost more than most sustainability budgets hold
- Finance asks for an IRR, and a carbon study does not produce one
- Reported progress rests on portfolio averages rather than measured site design
So the portfolio pilots at the easiest building, not the best one.
With Brightmerge
Both cases, one simulation.
- Every building modeled against its own tariffs, loads, and grid capacity
- Single-site or portfolio-wide screening at a fraction of the cost of a feasibility study
- Abatement and IRR produced by the same model, not two separate studies
- Reported numbers traceable to a specific system design
¶ 02 · How Brightmerge can help
Both cases come out of the same simulation.
Screen a single site or the whole portfolio, then model the system each building justifies — so the emissions reduction and the financial return are never argued apart.
Step one
Site Selector
Screen a single site or the entire portfolio at once, ranking every building by what EV charging, battery energy storage (BESS), and microgrids would abate there, and what each one would return.
Explore Site Selector → Step twoSite Design
Model the system each building justifies, sized against real tariffs and load shapes, so the emissions reduction and the financial return come out of one model rather than two studies.
Explore Site Design →¶ 03 · Benefits
A case that survives the capital committee.
Bring finance a pro forma, not a pledge
The emissions reduction and the financial return come out of the same simulation, so the sustainability case and the investment case cannot be argued apart.
Report modeled numbers, not estimates
Building-level emissions reductions traceable to a specific system design, rather than portfolio averages and rules of thumb that are hard to defend under scrutiny.
Count resilience and emissions together
Model where clean backup can displace or defer diesel, so the case carries reliability value alongside the carbon reduction instead of competing with it.
¶ 04 · Where the business case comes from
A project rarely pencils on one benefit alone.
Brightmerge models the value streams together, so the return you present is the sum of what a system actually earns and avoids.
01
Demand charge reduction
Storage shaves the peaks that set the bill
02
Energy arbitrage
Charge when power is cheap, draw when it is not
03
Grid-supporting independence
Utility contracts, whether through microgrids, VPPs, or net metering
04
Avoided grid upgrades
Deploy now instead of waiting years for capacity
05
Resilience
Continuity value that diesel cannot monetize
06
Reduced exposure
Where building performance standards apply, lower measured emissions lower the risk
¶ 05 · How it works
Three steps, building to project.
Step 01
Rank every building in scope
Site Selector orders every building in scope by what each would abate and what each would return.
Step 02
Model charging, storage, and microgrids
Site Design sizes the system against that building's real tariffs and load shapes.
Step 03
Build what the building justifies
Take finance a pro forma and a carbon number drawn from the same simulation.
¶ 06 · Aligned with the UN Sustainable Development Goals
Four goals our modeling serves directly.
7 · Affordable and Clean Energy
Making clean generation and storage economically viable at sites that would otherwise stay on grid power alone.
9 · Industry, Innovation and Infrastructure
Facilitating the deployment of EV charging and energy storage infrastructure at the scale the transition needs.
11 · Sustainable Cities and Communities
Managing grid complexity so low-carbon mobility can scale where people live and work.
13 · Climate Action
Sizing every system we model to cut emissions on terms an owner will actually fund.
What this supports in your reporting. Building-level modeled results can support your reporting for GRESB, SEC and state climate disclosure, shareholder reporting, and progress against voluntary corporate goals.
Why us
The Brightmerge advantage
- Analysis in minutes or days, instead of weeks or months
- Clear portfolio-wide view of infrastructure value
- Systems analyzed and designed for real-world site behavior
- Decisions based on precise simulations, not general assumptions
- Avoid overbuilding and capex mistakes
For sustainability leaders, ESG directors, and energy managers — at a single site or across a portfolio