Lohabook

EV RANGE & CHARGING RESEARCH GUIDE

Read the test basis before you read the range badge.

EV research becomes misleading when one EPA range number, one charger power label or one best-case charging time is detached from trim, battery, drivetrain, connector, state of charge and temperature. This guide shows how to keep those conditions attached to the evidence.

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01 · RANGE

EPA range belongs to a configuration, not just a model name.

Start by identifying the battery, drivetrain and trim before copying a range number. A family badge can hide materially different test results.

STANDARD RANGE

245 miles is one specific basis.

Hyundai lists the 2026 IONIQ 5 SE RWD Standard Range at an EPA-estimated 245 miles. That is not interchangeable with the larger-battery RWD trims and should not be presented as “the IONIQ 5 range.”

LONGER-RANGE RWD

318 miles belongs to the 84 kWh RWD basis.

Hyundai lists SE, SEL and Limited RWD variants with the 84 kWh battery at up to an EPA-estimated 318 miles. The number is useful for comparison, but Hyundai explicitly says actual range varies with options, driving conditions and habits, vehicle and battery condition, battery temperature and outside temperature.

AWD VARIANTS

Drivetrain and trim change the result.

Hyundai currently lists 290 miles for SE/SEL AWD, 269 miles for Limited AWD and 259 miles for XRT AWD. The correct research move is to keep those figures separate rather than averaging them or selecting the largest number for every AWD configuration.

REAL TRIP

EPA estimate is not a route guarantee.

An EPA estimate is a standardized comparison basis, not a promise that a particular highway trip will reproduce the same distance. Weather, speed, elevation, HVAC use, payload, tires, battery temperature and battery aging can change actual results.

02 · CHARGING LEVELS

Separate AC charging from DC fast charging before comparing time.

The charger name, connector and vehicle's own acceptance capability all matter. “350 kW charger” describes equipment capability, not a guarantee that the battery receives 350 kW continuously.

DOE CONTEXT

Level 1, Level 2 and DC fast charging solve different jobs.

U.S. Department of Energy guidance distinguishes 120V AC Level 1, 240V AC Level 2 and DC fast charging. AC charging sends alternating current to the vehicle's onboard charger; DC fast charging supplies direct current at much higher power and is commonly used for travel and fast public charging. Connector compatibility and charge rate are separate questions.

DOE's consumer guidance also warns researchers to know which connector types a vehicle can use. A station being physically accessible does not mean it offers the connector, voltage or power level needed for a particular best-case charging claim.

Level 1
120V AC. Useful for low daily energy needs, but slow compared with higher-power charging.
Level 2
240V AC. Common for home, workplace and destination charging; actual vehicle intake is limited by the onboard charger.
DC fast
High-power direct current. Useful for travel, but speed depends on charger output, vehicle capability, battery state and temperature.
Connector
NACS, CCS and other connector families describe compatibility; they do not by themselves determine the entire charging curve.

03 · IONIQ 5 CHARGING BASES

Keep the battery, connector and charger basis attached to every time.

Hyundai publishes several charging examples for the 2026 IONIQ 5. They are useful because they show why one charging time cannot be copied across every station and every trim.

240V AC

About 7 hours 20 minutes is a larger-battery Level 2 basis.

Hyundai's current specification table lists about 7 hours 20 minutes for 10–100% charging on a 10.9-kW, 240V AC source for the 84 kWh configurations. The 63 kWh Standard Range basis is listed at about 5 hours 40 minutes. Keep the battery basis attached.

350 kW / CCS ADAPTER

10–80% in as little as 20 minutes has conditions.

For the regular 2026 IONIQ 5 lineup, Hyundai lists approximately 20 minutes from 10% to 80% on a greater-than-250-kW, 800V DC fast charger using the included CCS adapter. Hyundai also publishes a 15-minute range-added example of roughly 178 miles for the 84 kWh RWD basis. These are not universal station results.

NATIVE NACS

Compatibility can increase access without making every session equally fast.

The 2026 IONIQ 5 uses a native NACS port and Hyundai says it can access compatible Tesla Superchargers without an adapter. Hyundai's own page lists roughly 30 minutes from 10% to 80% for the 84 kWh battery on NACS V3/V4 DC charging, which is a different voltage/power basis from its 800V CCS-adapter example.

ACTUAL SESSION

Power changes during charging.

Hyundai repeatedly notes that actual charging time varies with starting state of charge, charging-unit output, vehicle and battery settings, vehicle temperature, battery temperature and outside temperature. Research should preserve those caveats instead of treating peak charger power as a constant delivery rate.

04 · CONNECTORS & ADAPTERS

Connector access and maximum speed are two different columns.

North American charging is in a transition period. A useful vehicle reference says what is native, what needs an adapter and which network/equipment basis produced a charging claim.

NACS

Native port on the current U.S. IONIQ 5.

Hyundai says the 2026 IONIQ 5 comes with a Tesla Supercharger-compatible NACS port. That expands connector access, but a compatible station's power and voltage still determine how quickly the vehicle can charge.

CCS ADAPTER

Adapter use is part of the test basis.

Hyundai includes a CCS adapter for other compatible DC fast-charging networks and uses that adapter in its 800V/fast-charge examples. Do not erase the adapter from the specification when comparing sessions.

STATION LIMIT

A 350 kW label is not a 350 kW guarantee.

DOE notes that delivered charging power is constrained by both charging equipment and vehicle capability. Sharing, thermal limits, battery state and site conditions can lower actual power. Compare the full charging basis, not only the largest kW badge.

05 · PRICE BASIS

Keep the current U.S. starting price separate from charging economics.

A vehicle's starting MSRP is not a proxy for electricity cost, charging availability or total ownership cost.

CURRENT U.S. EXAMPLE

$35,000 is Hyundai's current starting MSRP, not an out-the-door price.

Hyundai currently shows the 2026 IONIQ 5 starting at $35,000 in the U.S. and states that MSRP excludes freight charges, tax, title and license fees; actual dealer prices may vary and optional equipment can add cost. Lohabook therefore treats $35,000 only as the current manufacturer starting-price basis.

Trade-in, financing, incentives, lease structures, temporary promotions, electricity prices and public-charging fees should not be blended into that figure. Those are separate evidence layers and can vary by buyer, location and time.

Price
2026 IONIQ 5 U.S. starting MSRP: $35,000.
Excluded
Freight, tax, title/license, dealer pricing differences, incentives, financing, trade-in and temporary offers.
Market
USA worked example only. Do not currency-convert it into another market's reference price.
Reviewed
August 24, 2026 against Hyundai USA.

RESEARCH CHECKLIST

Ten questions before an EV range or charging comparison is trustworthy.

  1. Which exact trim, drivetrain and battery capacity produced the range figure?
  2. Is the range EPA-estimated, another official test cycle, or an informal real-world result?
  3. Are climate, speed, elevation, HVAC, tires and payload likely to differ from the comparison basis?
  4. Is the charging time AC Level 1, AC Level 2 or DC fast charging?
  5. What was the starting and ending state of charge?
  6. What charger voltage and power were used, and what can the vehicle actually accept?
  7. Is the connector native, or is an adapter part of the test setup?
  8. Does the manufacturer publish different charging times for different battery sizes or networks?
  9. Is the price a regular manufacturer starting price or a temporary commercial offer?
  10. Are you comparing evidence, or silently converting one best-case headline into a universal promise?

EDITORIAL BOUNDARY

Range and charging evidence should reduce uncertainty, not create a ranking.

Lohabook does not call one EV “best” because it publishes a larger EPA number or a faster best-case charge claim. Different trips, home-charging access, climate, vehicle size, drivetrain and station availability change the trade-off.

NO RANGE GUARANTEE

EPA estimates remain comparison estimates.

Do not promise that a buyer will reproduce a stated range on a specific trip. Preserve the manufacturer and EPA caveats.

NO CHARGE-CURVE GUARANTEE

Peak kW is not continuous kW.

A charger and a vehicle negotiate power dynamically. State of charge and temperature matter. Keep actual-session uncertainty visible.

NO ECOMMERCE PRESSURE

Evidence first, transaction never.

This guide is not an affiliate funnel, checkout page or recommendation engine. It is a method for reading official evidence more carefully.

SOURCES & PROVENANCE

Official evidence used for this worked example.

The sources below were reviewed August 24, 2026. Vehicle specifications, network access, pricing and charging claims can change; future updates should preserve what changed and when rather than silently rewriting older evidence.