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Why excess energy poses a challenge at F1’s Monaco GP

The Unique Challenges of the 2026 Power Units in Monaco

Monaco is a circuit that presents an ideal setting for showcasing the capabilities of the new 2026 power units. The narrow streets and numerous braking zones make it easier to recharge energy, which benefits the electric side of the powertrain. However, this advantage can also bring its own set of challenges when the battery becomes too full.

Just two weeks ago, Formula 1 held a race in Canada, a circuit known for having one of the lowest energy recovery limits of the season—only 6 MJ per qualifying lap. This is very different from Monaco, where the new cars will have more opportunities to demonstrate their capabilities. The combination of slow corners and frequent braking zones means that energy management should not be a major issue in Monaco this weekend.

The FIA has allowed 9 MJ of energy harvesting during qualifying, which is the maximum permitted by the regulations. This is the same amount seen in China, but with a key difference: Monaco does not have long straights where significant derating or superclipping would be necessary. Instead, the governing body has decided to limit the cars’ potential by making the MGU-K lose power at 200 km/h rather than the usual 290 km/h threshold used at other circuits.

These conditions allow teams to take full advantage of the 9 MJ permitted by the FIA. However, there is a critical question: could having so much energy actually become a problem?

Liam Lawson of Racing Bulls highlighted this concern ahead of the weekend. “There’s a risk that we have too much energy and that could really complicate things as well,” he said. “Normally we’re quite energy poor, but on a track like this it’s not just as simple as having your battery charged all the time.”

Lawson explained that starting a race with a fully charged battery may not be optimal. “It could cause a lot of other issues that we’ll be having to manage as well. So first lap, start of the race, when everybody’s driving very slowly, we can’t deploy the energy and therefore it can make things quite complicated for us.”

Even under previous regulations, there were situations where starting with a fully charged battery was not ideal. This issue has resurfaced under the current rules, showing that recovering energy too easily can sometimes be counterproductive.

One challenge involves the turbocharger’s behavior. Without the MGU-H, bringing the turbo into its optimal operating window and reducing turbo lag has become more difficult. As a result, some power unit strategies now depend even more heavily on the electric system, which is more powerful than before.

For example, burnouts on the starting grid require assistance from the MGU-K. Similarly, before a qualifying lap—especially when accelerating from very low speeds—it can be tricky to manage the throttle and bring the turbo into the correct operating range.

The problem is that on circuits where recharging is easy and the battery quickly reaches its limit, the MGU-K can no longer convert power into stored energy. This means it can no longer help the turbo spin up and reach its proper operating range, leading to increased turbo lag and weaker acceleration out of corners.

Oscar Piastri, a driver for McLaren, believes this scenario could benefit Ferrari, which has a smaller turbocharger compared to its competitors. “Ferrari doesn’t have to be as critical on managing that, because they lose less power if they lose boost pressure in the turbo,” he explained.

To mitigate the issue, Piastri expects many drivers to use first gear (or very low gears) more frequently. This helps generate more torque, maintain higher engine revs, and keep the turbo responsive.

Photos from Monaco GP – Friday

Charles Leclerc, Ferrari



Oscar Piastri, McLaren



Oliver Bearman, Haas F1 Team



A general view of the harbour with the Paddock Club.



Andrea Kimi Antonelli, Mercedes Fan



George Russell, Mercedes



Esteban Ocon, Haas F1 Team



Frederic Vasseur, Ferrari



Lewis Hamilton, Ferrari



Alexandra Leclerc arrives in the paddock.



Adrian Newey, Aston Martin Racing



Andrea Kimi Antonelli, Mercedes



George Russell, Mercedes



Charles Leclerc, Ferrari



Adrian Newey, Aston Martin Racing



Lando Norris, McLaren



Franco Colapinto, Alpine, Flavio Briatore, Alpine, Pierre Gasly, Alpine



Pierre Gasly, Alpine



Charles Leclerc, Ferrari



Franco Colapinto, Alpine



Oliver Bearman, Haas F1 Team, Esteban Ocon, Haas F1 Team



A general view of the city from the harbour.



Tamara Kalinic and Xenia Adonts



George Russell, Mercedes



Andrea Kimi Antonelli, Mercedes



Morgan Gibbs-White



Carlos Sainz, Williams



Lance Stroll, Aston Martin Racing



Flavio Briatore, Alpine



Carlos Sainz, Williams



Franco Colapinto, Alpine



Lewis Hamilton, Ferrari



Lewis Hamilton, Ferrari



Lando Norris, McLaren



Isack Hadjar, Red Bull Racing crash



Isack Hadjar, Red Bull Racing crash



Isack Hadjar, Red Bull Racing



Alexander Albon, Williams, Arvid Lindblad, Racing Bulls



Arvid Lindblad, Racing Bulls



Charles Leclerc, Ferrari



Isack Hadjar, Red Bull Racing crash



Oliver Bearman, Haas F1 Team



Frederic Vasseur, Ferrari



Lance Stroll, Aston Martin Racing



Pierre Gasly, Alpine



Oscar Piastri, McLaren



Arvid Lindblad, Racing Bulls



Oliver Bearman, Haas F1 Team



Oscar Piastri, McLaren



Oliver Bearman, Haas F1 Team



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