Your carbon numbers are three months old. Your tariff was chosen two years ago.
Two problems. Both hiding in plain sight.
The carbon problem.
Most companies track emissions the same way: someone collects utility invoices quarterly, applies emission factors in a spreadsheet, and produces a report. The numbers are always stale. The gaps between audits are blind spots. When certification time comes for Green Mark, NABERS, or ISO 50001, it's a scramble. And the targets in the sustainability report have no connection to what the building is actually doing today.
The sustainability team sets goals. The operations team runs the building. The two rarely talk. The result is a report that describes an aspiration, not a reality.
The tariff problem.
Your electricity tariff was selected when the contract was signed. Since then, your load profile has changed. You added a shift. You reduced weekend operations. You installed solar. You added EV chargers. The tariff that was cheapest two years ago might be costing you tens of thousands more than an alternative available today.
But nobody's checked, because modelling a tariff switch against 12 months of real load data is a full consulting engagement. So the wrong tariff stays. Month after month. And nobody knows how much it's costing, because nobody has the data to compare.
What changes with Wattif.
Wattif connects both problems to real data and keeps them connected, continuously. Its autonomous intelligence layer does not just report; it acts. Carbon is tracked from metered consumption, not invoices. Tariff optimization runs against your actual load profile, not a sample month. Both update automatically as your building changes.
Carbon tracked from real data. Continuously.
Wattif calculates emissions from actual metered consumption at every interval, not from invoices or estimates. Scope 1 and 2. Grid emission factors applied automatically, including time-of-use carbon intensity where available. Your carbon position is live, not quarterly. When the board asks where you stand, the answer is current. Carbon reporting automation saves 40+ hours per quarter and eliminates the certification scramble entirely.
Certification readiness maintained year-round.
Wattif scores your building against your certification targets continuously. If you're drifting off track, it identifies the gap and autonomously adjusts operations to close it. No more discovering in October that you'll miss your December target. The Sustainability Officer keeps compliance on track by connecting operational decisions to certification outcomes in real time.
Tariff optimization against your actual load.
Wattif models every available tariff structure against your real consumption profile: not a sample month, not an average, but every interval across the past 12 months. It shows you which tariff is actually cheapest for the way your building operates. When your load profile changes with new equipment, new schedules, or new solar, it recalculates and tells you when a switch would save money. Tariff optimization typically saves $15,000–$60,000 annually per facility. No consulting engagement required.
Active carbon reduction, not just tracking.
Wattif doesn't just measure emissions. It reduces them autonomously: shifting consumption to low-carbon grid periods, optimizing equipment to reduce total consumption, dispatching batteries and solar to displace grid energy at the highest-carbon hours. The building runs cleaner because the intelligence layer is making decisions that account for carbon intensity, not just cost. Facilities typically see a 12–20% reduction in carbon intensity within the first six months.
The sustainability report improves because the building is actually running better. Not because someone gamed the numbers.
The financial impact.
$15–60K
Tariff optimization savings
Annual savings per facility from switching to the optimal tariff structure for your actual load profile.
40+ hrs
Saved per quarter
Carbon reporting automation eliminates manual invoice collection, spreadsheet modelling, and certification preparation.
12–20%
Carbon intensity reduction
Typical reduction within six months through autonomous carbon-aware dispatch and load shifting.
Tell us about your targets.
We'll show you where you stand today, and what it would take to get there. Carbon, tariff, or both.
Talk to us