The 2019 BMW 530e xDrive has a combined EPA fuel economy rating of 28 MPG, which balances performance and efficiency to satisfy 5 Series buyers. This isn’t a Prius and makes no such claim. The 530e xDrive gives you a luxurious driving experience, with electric assist to improve mileage while retaining the BMW’s sporty feel. It is for professionals, tech enthusiasts, and families seeking a comfortable and eco-conscious sedan who understand, and often accept, the 28 MPG rating for the car’s overall package.

City and highway performance

The combined EPA rating shows how it performs in different environments. The 530e xDrive gets 27 MPG in the city, because the electric motor works well in stop-and-go traffic. The electric motor handles much of the low-speed acceleration and cruising, reducing the reliance on the gasoline engine.

On the highway, the 530e xDrive gets a slightly better 31 MPG. The gasoline engine is more consistently engaged here, but the electric motor still helps during acceleration and to maintain speed. This highway number is respectable for a sedan of this size and capability, but it’s better for shorter commutes than long road trips.

Annual fuel cost

The EPA estimates the annual fuel cost for the 2019 BMW 530e xDrive to be $2,050. This is based on driving 15,000 miles per year and using national average fuel prices. Keep in mind this is an estimate. Your actual fuel costs will vary depending on your driving, local fuel prices, and how often you drive in electric-only mode. Someone who uses the car for short trips and recharges often will spend less than the EPA estimate. But someone who drives long distances on the highway may see fuel costs higher than $2,050 annually. See 530E MPG across all years.

Real-world expectations

The EPA provides a standard, but real-world fuel economy often differs. Owners of the 2019 BMW 530e xDrive state a wide range of MPG numbers, depending on charging frequency, driving style, and temperature. If you plug in the vehicle every night and drive in electric-only mode during daily commutes, you can see higher MPG, potentially exceeding 40 MPG in mixed driving. But neglecting to charge the battery and relying on the gasoline engine will result in fuel economy closer to the non-hybrid BMW 530i.

How it compares

Other plug-in hybrid sedans include the Volvo S90 Recharge, which has a slightly better combined EPA rating of 30 MPG due to a larger battery and more powerful electric motor, though it has a calmer driving feel. The Acura RLX Sport Hybrid, which was discontinued after 2020, achieved 28 MPG combined, but focused more on all-wheel-drive performance than efficiency.

A traditional hybrid like the Lexus ES 300h gets an impressive 44 MPG combined, but it lacks the 530e’s plug-in capability, performance, and driving dynamics. The 530e xDrive customer wants a balance: more performance and prestige than a mainstream hybrid, but with some electric-powered savings, which explains why they accept its fuel economy. See all Bmw fuel economy data.

Tips to maximize efficiency

Charging often is the best way to boost the 530e xDrive’s fuel economy. Plug in the vehicle whenever possible, even briefly, to use the electric-only range. This reduces gasoline consumption and lowers your running costs.

Drive gently and anticipate traffic to minimize braking. The 530e xDrive has regenerative braking, which captures energy when slowing down and recharges the battery. Driving habits will maximize the energy, extending your electric range.

Select the right driving mode. The 530e xDrive has Electric, Hybrid, and Sport modes. Use Electric mode for short trips and city driving, Hybrid mode for mixed conditions for the best balance, and Sport mode for quick freeway power when needed.

Check tire pressure to reduce rolling resistance for good fuel efficiency. Check your tires often and keep the pressure at the level in the owner’s manual. Even a small decrease in tire pressure hurts fuel economy.

Remove items from the trunk that you don’t need. Extra weight increases fuel consumption, especially when accelerating. Removing these items improves fuel efficiency.