Australian GP qualifying: FIA imposes energy restrictions to manage battery usage. The FIA has limited the energy recharge to 7 MJ per lap in qualifying at the 2026 Australian GP..

Energy management: limited to 7 MJ per lap in qualifying in Australia

The FIA has avoided drastic interventions ahead of the season opener, reducing the recoverable energy in qualifying by just 1 MJ.

No radical measures at Melbourne

Faced with concerns for the Australian Grand Prix, the FIA chose not to take extreme measures. The Melbourne circuit is one of the most energy-critical tracks on the calendar, with long straights that increase consumption and very few heavy braking zones to recharge the battery—a combination that will require careful energy management even during qualifying. To address this, the FIA limited the energy recoverable on a flying lap on Saturday, but without pushing to the maximum the regulations would allow.

The numbers

The FIA has released the official energy limits for the Australian Grand Prix, parameters which, according to regulations, teams receive at least four weeks before the event. Free practice sessions have no restrictions, allowing cars to recover up to 8.5 MJ of energy per lap. In the race, the number drops to 8 MJ, except when the overtake mode is activated. During duels, if a driver is within 1 second of the car ahead, they can recover an extra 0.5 MJ per lap to use for a stronger electric boost at speeds over 290 km/h.

Qualifying has a stricter limit, as the FIA set recoverable energy to 7 MJ per flying lap to prevent drivers from having to manage energy excessively outside braking zones. They did not impose the 5 MJ minimum allowed by the regulations, which can be enforced up to eight times per season. An exception is the out-lap from the pits, where drivers can recharge up to 8.5 MJ to have the battery ready for their flying lap.

Power limits

Another critical aspect of the 2026 cars is the reduction of electric power on the straights by the control unit to save energy, a practice regulated by the rules. For Australia, the FIA decided not to impose additional constraints, allowing a maximum electric power reduction of 150 kW at the start of each straight and then an additional 50 kW per second. The only exception is the slowest section of sector three, between turns 11 and 13, where all 350 kW of electric power can be cut instantaneously.

The FIA’s decision to cap qualifying energy recovery at 7 MJ marks the first real-world implementation of the complex “energy game” that defines this new era. By avoiding the more severe 5 MJ limit, the regulators are giving teams a slightly longer leash to find their feet in Melbourne’s challenging street-circuit environment. However, the requirement to manage a 150 kW power drop at the start of straights means that the “pure” lap times we’ve come to expect in F1 will now be heavily dictated by the efficiency of the software maps running the hybrid systems.