The Santiago–Antofagasta corridor on Ruta 5 is nearly 1,300 km one way, running north along Ruta 5 for most of the journey. According to the Chilean Ministry of Public Works, this north–south highway is the main road link between the two cities.
If you only drive to Antofagasta once or twice a year, there is no need to change your car-buying logic for this route. But if you make the round trip every month or every two months, fuel consumption, refueling and charging options, and long-distance range stop being just numbers on a spec sheet.
The environment also changes as you head north. The interior of the Antofagasta Region is extremely dry, with daytime highs close to 30°C. During long highway cruises at speed, the air conditioning runs continuously, so real-world energy use differs from what you experience on a city test drive.
So before comparing gasoline, HEV, and PHEV, look at two questions: whether you have stable charging conditions in everyday life, and how many times a year you actually make this long trip.
Is a PHEV a good fit?
If you have a fixed parking spot in Santiago or reliable daily charging, a PHEV easily shows its strengths. Use electricity for commuting and short trips, then refuel for the long drive to Antofagasta — no need to bet the whole trip on the public charging network.
The BYD Song L DM-i 2026 130KM Premium Edition offers 130 km of electric range under CLTC and 100 km under WLTP.
That is valuable for daily commuting, but on a long one-way trip like Santiago–Antofagasta, a full charge only covers part of the distance.
The real value of a PHEV lies in short daily trips on electricity. On a long trip like Santiago–Antofagasta, the vehicle still relies on the full plug-in hybrid system to keep going.
If charging is inconvenient at both home and work, the Song L DM-i will still work normally, but the part where a plug-in hybrid adds the most value is hard to unlock. Treating a PHEV as an ordinary gasoline car over the long term is not the most cost-effective way to use one.
If you do need to top up en route, Chile's Ministry of Energy EcoCarga charging app lets you check station locations, power output, connector types, prices, and connector status. For imported models, connector compatibility is especially important to confirm in advance — an app showing "charger available" does not guarantee the vehicle can plug in on site.
For frequent full trips, HEV is the better fit
If you have no stable charging and drive Santiago–Antofagasta often, an HEV may suit you better.
Day-to-day use is basically the same as a gasoline car: fill up and drive, with no change to your refueling habits; the difference shows up mainly in fuel consumption.
The Toyota Wildlander 2026 2.0L HEV PRO+ has a WLTC combined fuel consumption of 4.74 L/100 km and a 55 L fuel tank.
Highway cruising is not the scenario where an HEV opens the biggest fuel-consumption gap. Compared with city driving, with constant starts, braking, and regenerative braking, long steady running at high speed reduces the situations the hybrid system can take advantage of.
But on long one-way trips, even a small difference per 100 km accumulates as round-trip frequency increases.
For comparison, the Geely Manjaro L 2026 2.0TD DCT Changfeng Qingyun Edition uses a 2.0T engine, with a WLTC combined fuel consumption of 7.55 L/100 km.
A dealer can multiply the planned mileage by the measured fuel consumption of both vehicles on the same route under the same load, then by the current fuel price. This gives a reproducible purchasing comparison without mistaking certified consumption figures for real-world road predictions. For low-frequency long trips, fuel cost may not be enough to tip the whole vehicle decision; with fixed high-frequency round trips, the gap keeps accumulating.
Has the gasoline car lost its value?
The Manjaro L's gasoline powertrain and equipment focus can be included in a long-highway-cruise comparison. If the northern route is only occasional, there is no reason to rule out a gasoline car early because of a few long trips.
But for gasoline cars, the real trade-off is frequency. For occasional long trips, power, equipment, price, and personal preference can come first; once a long trip becomes a fixed routine, the impact of fuel consumption becomes increasingly clear.
Refueling is also easier. Chile's National Energy Commission Bencina en Línea shows the location of open fuel stations and current fuel prices.
On a route this long, there is no need to run the tank down near the reserve before hunting for a station. Confirming one main stop before departure and keeping a backup is usually more practical than chasing "how far can one tank go."
What impact do rated fuel consumption and range have?
The WLTC, WLTP, and CLTC figures in this article are all standard test results, not measured performance on the Santiago–Antofagasta route.
Highway speed, air conditioning, load, tire pressure, and driving style all change real-world energy consumption. The U.S. EPA also lists these common factors in its fuel economy explainer.
Dividing tank capacity by the WLTC rated consumption only gives a static comparison value; it cannot be used directly to plan a "one tank to Antofagasta" trip.
Before actually departing, leave a margin based on that day's load, weather, and road conditions, and check the MOP road maps to confirm the route status.
In short:
If you have no stable charging and drive long distances frequently, an HEV is the more hassle-free choice; if your daily trips are mostly short and you can charge regularly, a PHEV is easier to get the most value from; and if the northern route is only occasional, there is no reason at all to rule out a gasoline car because of a few long trips.
Where each powertrain fits
| Powertrain | Best suited for | Key things to check |
|---|---|---|
| Gasoline car | Low-frequency long trips to the north, refueling convenience a priority | Measured consumption on the same route, fuel stations, maintenance |
| HEV | Frequent long trips, no stable charging | Measured highway consumption, fuel tank and stop planning |
| PHEV | Many short daily trips, regular charging at base | Share of electric mileage, consumption when the battery is depleted, connector |
FAQ
Does an HEV need to be plugged in to charge?
No. A regular HEV charges its traction battery through the engine and regenerative braking; in daily use you still only need to refuel.
Can a PHEV keep driving after the battery runs out?
Yes. Once the PHEV's battery level drops, the vehicle can keep going on the engine and the hybrid system. It is just that if there are no charging conditions over the long term, the PHEV's electric advantage is hard to fully realize.
Can a 55 L or 60 L tank cover the whole trip on one fill?
It is not advisable to plan the entire trip based on rated consumption, and no candidate car should be promised to "cover the whole trip on one tank." Real consumption is also affected by speed, air conditioning, load, and road conditions.
What should you confirm most before departure?
First check MOP's road and route information, then use Bencina en Línea to plan your main fuel stop and a backup. If you plan to charge en route, confirm the connector, power, price, and connector status on EcoCarga in advance.
Submit your vehicle and CIF quote request to Starvia Automotive, or contact Starvia Automotive via WhatsApp: +1 669 292 8680.
This article is compiled from manufacturer vehicle data, official public information from Chile, and the vehicle catalog on Starvia's official website. Vehicle configurations, availability, and export conditions are subject to the actual purchase order. Information verified as of: 2026-08-18.