INDEPENDENT POWER MODELLING · LARGE CONSTRUCTION

Construction burns more diesel than the work uses.

Oversized generators, excess fuel consumption, and under-utilized equipment are common on temporary power systems.

kWattWorks models the energy your work actually requires, compares diesel, grid, battery, and hybrid solutions, and identifies opportunities to reduce waste, lower cost, and improve project outcomes before each phase begins.

Let’s Model Your Project
TOWER CRANE · HIGH-RISE · REMOTE
Aerial view of a construction site with a tower crane at dusk
MODELLED 24-HOUR LOAD PROFILETOWER CRANE SITE
—— PEAK DEMAND- - - AVERAGE DRAW
Sites get powered for the peak. They run at the average.
49%
LESS FUEL BURN
DIESEL / BESS HYBRID
70%
LESS GENERATOR RUNTIME
GRID / BESS HYBRID
0.94 $/kWh
BATTERY POWER
BASELINE $1.25 DIESEL ONLY
MODELLED SCENARIO — PROJECTED FROM LOAD ANALYSIS, NOT YET FIELD-VERIFIED.
01 / MODEL

Understand the load. Predict the costs. Compare the scenarios before anything lands on site.

02 / INTEGRATE

Put the right system in place — battery, generator, grid, solar, or a combination — coordinated into the work.

03 / VERIFY

Measure actual performance against the model, so the next decision is better than the last.

WHERE IT RUNS
TOWER CRANES
DETAILS HERE →
REMOTE OPERATIONS
DETAILS HERE →
HIGHRISE AND URBAN
DETAILS HERE →

Project Economics | Not Technology.

The value of a power strategy is not measured by the equipment on site. It is measured by the results delivered — and every project reports against the same measures, so results are comparable rather than merely impressive.

01Net Project SavingsTotal dollars the project keeps, net of project fee
02Fuel Cost ReductionDiesel spend removed against the diesel-only baseline
03Runtime EliminatedGenerator hours taken off the schedule
04Cost per kWhTrue cost of delivered energy, against the diesel baseline
05CO₂ AvoidedTonnes of CO₂ not emitted, from fuel not burned

Every Project Improves The Next.

Measured field data creates better forecasts. Better forecasts lead to better decisions. Better decisions deliver better project outcomes. This is how construction energy becomes measurable, accountable, and continuously improved.

Let’s Model Your Project