It is not just how much power,
but when it is available.
Solar supplies generation; storage shifts the time of use; the grid and backup support continuity. An energy plan needs all three on the same timeline.
See the hourly balanceCompare generation, load and storage hour by hour so annual targets reflect daily supply conditions.
Equal annual energy
does not mean power in every hour.
Illustrative supply-demand relationship, not an actual generation curve. Real deliverable power requires simulations using site weather, equipment and hourly data.
Compare annual generation and consumption in MWh. This supports annual targets but does not prove an hourly match.
Consider daytime surplus, nighttime gaps and weather variation before sizing storage, grid supply and other sources.
Check power, availability, backup, transfer and recovery separately. Certificate matching is not physical delivery.
Power determines the load;
energy determines the duration.
Example: same delivered power
The examples use AC-side deliverable energy: hours = MWh ÷ MW. Actual sizing must allow for efficiency, usable state of charge, degradation and backup; nameplate battery capacity is not a substitute.
Make energy strategies comparable.
Confirm load profile, energy goals, grid capacity, supply timing, metering and contract conditions.
Compare solar, storage and supply mixes with efficiency, degradation, tariffs and equipment limits in the model.
Act through approved control interfaces; track commands, deviations and performance to keep strategies calibrated.
What do you receive?
A traceable energy assessment
A data and assumption list, hourly balance, capacity and schedule options, remaining gaps, cost sensitivity and the engineering and commercial conditions to confirm next.
Define the energy plan from site conditions.
Share demand, site and timing. Together we can clarify available data, supply constraints and the first assessment scope.
Discuss your project