Flux Energy
Feature · BESS Intelligent Routing
Plan wind and storage together using the price forecast, wind forecast, state of charge, and cost of battery wear. Once dispatched, the same activity flows into settlement and the ledger.
The windiest hour is often worth the least. Price near zero. Energy you made gets thrown away. By the time humans can react, the wind has already moved on.
A battery doesn't make energy. It makes timing. Flux Energy routes every megawatt-hour: store it, shift it, sell it, or stand by. Wind forecast and state of charge, turning each other. Storage and fleet, operated as one machine.
When the grid stumbles, the yard catches it in milliseconds. Capacity promised. Capacity kept. Then the city comes home. Charged on the surplus. Released into the peak. Every cycle is counted, so the batteries age on schedule, not by accident.
And the settlement posts itself. Same number, both desks. No wasted electrons. No missed moments. Flux Energy. Every megawatt-hour finds its moment.
The problem
How it works
The joint dispatch optimizer solves a rolling horizon hour by hour against the price forecast and the wind forecast, charging preferentially when wind is strong and prices are low, holding within measured SoC limits and round-trip efficiency, and returning the schedule with its SoC trajectory and revenue breakdown.
Arbitrage weight, ancillary weight, charge and discharge thresholds, and a degradation penalty per cycle are configured per battery unit. The active objective is injected into every solve, so the plan reflects what the asset is actually for.
Schedule entries carry an approval step before execution. Every dispatch is recorded with its market price and estimated revenue, so the arbitrage P&L is a history, not an estimate reconstructed at month's end.
Capacity contracts and ancillary products are registered with their bid-and-award lifecycle. Their settlements post into the same general ledger the wind farm's revenue does, with royalty adjustments feeding the landowner settlement run automatically.
What you get
Energy that would have sold for nothing at 3 a.m. is released into the evening price on a schedule the optimizer chose, not one someone remembered to set.
Degradation is a term in the objective, not an afterthought. The dispatch that wins is the one still worth running once cell wear is priced in.
Operations and the market desk read one settlement. The battery's revenue, its capacity payments, and its royalty effect land in the ledger together.
Plain English
A wind farm makes the most power when the wind blows hardest, often at night when prices are lowest. Without storage, that energy sells for almost nothing, or gets curtailed.
In Flux Energy, the battery and the wind farm run on one plan. Every hour, the optimizer looks at the wind forecast, the price forecast, and how full the battery is, and decides: store it, sell it now, hold it for the evening peak, or offer it to the grid as capacity. Every cycle is counted against battery wear. And when the market settles, the revenue posts to the ledger on its own.
That's BESS intelligent routing with Flux Energy.
Where this connects
Battery royalty adjustments flow into the same fourteen-column settlement run as the turbines.
The price forecast the optimizer plans against is the one built from every market day Flux Energy has seen.
Levelized cost of storage and degradation-adjusted cash flows use the same unit parameters the optimizer dispatches with.
Questions
Charge, discharge, or hold, and how much, bounded by the unit's power rating, its state-of-charge limits, and its round-trip efficiency. It charges when the wind forecast is strong and the price is below the charge threshold, and discharges when the price clears the discharge threshold less the degradation penalty.
Flux Energy produces the schedule and records the dispatch. Schedule entries pass through an approval step before they are marked executed. That record includes market price and estimated revenue and is what the P&L and the settlement are built from.
As a cost per cycle in the unit's optimizer objective, so a discharge only wins if the price spread covers the wear. The same degradation model feeds the multi-year cash flows in the bankability engine.
Capacity contracts and ancillary products are registered against the unit, bids and awards are tracked, and their settlements are imported and posted to the ledger alongside energy revenue.
As a royalty adjustment attached to the settlement period. The adjustment is created against the BESS unit and picked up by the settlement engine in the same run as turbine production.
Explore
Compare met mast and LiDAR data across layouts, then carry the selected resource case into financing.
Read moreHourly prices from every ISO, recurring constraint windows learned from your own history, bids and trades posted to one ledger.
Read moreBuild SAM-aligned P50/P90 models and trace key figures to the operating records behind them.
Read moreApply contract terms to production, review the calculation, and carry the result into payment.
Read moreSchedule the curtailment, capture the cost, and use the event in settlement and compliance.
Read moreYou’ll work directly with the people building Flux Energy. We’ll use your battery parameters and price history to walk through the objectives, schedule, and P&L in a working session.
