A useful AION i60 ownership budget adds the purchase cost, charging setup, energy, insurance, servicing, tyres and financing, then subtracts an explicitly assumed resale value. It should identify the exact vehicle and the buyer's charging mix. The worked numbers below are hypothetical calculation inputs, not i60 quotations or measured consumption. Their purpose is to show which variables change the result and why a low electricity bill alone cannot establish whether a particular configuration is worth its price. Charging tariffs and fees vary by arrangement. [R5]
Define the cost before calculating it
For a cash purchase, a simple ownership-cost model is purchase outlay plus operating and setup costs minus resale proceeds. For a financed purchase, include interest and charges without counting the borrowed principal twice. Use the same ownership period and distance for every vehicle being compared.
Keep affordability and total cost as separate views. Monthly payments help determine whether the household can manage cash flow. The complete ownership calculation asks how much the vehicle is expected to cost over the chosen period. A low monthly payment can coexist with a large final payment or a longer commitment.
Define the boundary too. Parking at home may be an existing household expense, whereas a newly rented charging space may arise because of the purchase. Show common costs and vehicle-dependent costs separately. This prevents a comparison from giving one vehicle an artificial advantage by quietly excluding an expense included for the other.
Collect inputs that can be traced
As historical context, GAC Group’s 16 September 2026 update lists a limited-time Chinese-market offer range of RMB 103,600–134,800. That is a dated range across configurations, not the current delivered price of one exact grade. It cannot supply the purchase-cost input for this worksheet without a matching written offer and its conditions. [R1]
Begin with the exact-grade quote and the expected annual distance. Add a charging installation quote if relevant, current electricity tariffs, an expected home-versus-public charging share, an insurance quote and the official maintenance schedule with dealer prices for the required operations. Record the date beside every price input.
Electricity billing can involve different timing and fee structures. The U.S. Department of Energy's charging guidance distinguishes energy charges from session, time and subscription arrangements. That general distinction is useful here; this guide does not apply American prices or regulations to China. Use the charges shown by the actual service you intend to use. [R5]
Give each input a status: quoted, measured, estimated or deliberately hypothetical. A precise spreadsheet result is not stronger than its weakest important input. If resale or future insurance is uncertain, use a range and show how the conclusion changes rather than presenting one unsupported number as a forecast.
| Input | Preferred evidence |
|---|---|
| Vehicle and fees | Dated, exact-grade written quotation |
| Charging setup | Installation quote and permitted parking arrangement |
| Electricity and fuel | Applicable billed prices and fee structure |
| Consumption | Relevant measured evidence or clearly labeled assumption |
| Maintenance and insurance | Schedule, workshop prices and insurer quotation |
| Resale | Explicit scenario; no guarantee implied |
Calculate electricity cost from energy purchased
The simplest electricity calculation uses energy purchased at the meter or charger: annual kilometres multiplied by billed kWh per kilometre, then multiplied by the applicable tariff. If your consumption input is measured at the battery instead, account for the difference between battery energy and purchased energy. Do not add a charging-loss allowance twice.
For a hypothetical example, assume 15,000 km per year and battery-side use of 17 kWh per 100 km. Battery energy is 2,550 kWh. At an assumed 90% charging efficiency, purchased energy is approximately 2,833 kWh. If 80% is bought at RMB 0.60 per kWh and 20% at RMB 1.50, the weighted tariff is RMB 0.78 and the electricity cost is about RMB 2,210.
These are invented inputs, not an i60 test or local tariff quotation. Add separate session, parking or subscription charges only when applicable and not already included. Repeat the calculation with the household's actual charging mix before using it to compare vehicles.
Use a simplified range-extender scenario carefully
A planning model can divide expected kilometres into electric travel and travel assigned to a fuel-use assumption, provided its limitations are explicit. Actual hybrid energy management may not follow such a clean division. For an owned vehicle, a full-year record of electricity purchased and fuel bought is a stronger basis than an idealised split.
Suppose, purely for illustration, annual distance is 15,000 km and 80% is assigned to the electric portion. At 17 battery-side kWh per 100 km and 90% charging efficiency, that portion needs about 2,267 purchased kWh. At the earlier assumed weighted tariff of RMB 0.78, electricity costs about RMB 1,768.
Assign the remaining 3,000 km an invented fuel-use assumption of 5.5 litres per 100 km and petrol price of RMB 8 per litre. Fuel costs RMB 1,320, giving a simplified total of RMB 3,088. This is a teaching model, not measured i60 consumption or a promise that the engine operates only on the assigned kilometres.
A complete five-year example
The table is a hypothetical cash-purchase budget for one unspecified configuration. Every amount is an assumption chosen to illustrate the method. It is not a recommended budget, dealer quote, maintenance estimate or resale prediction for the i60. The energy line uses the rounded BEV example above.
The assumed five-year distance is 75,000 km. Total cost is RMB 112,050, equivalent to approximately RMB 1.49 per kilometre. This accounting average includes the assumed loss in vehicle value and ownership expenses; it is not the marginal cost of driving one more kilometre.
To adapt the example, replace every row with evidence for the quoted version. Keep one-time setup costs separate from recurring expenses, and avoid adding an accessory a second time if it is already included in the vehicle amount. A transparent table is more useful than a seemingly precise single “cost per kilometre” claim.
| Hypothetical five-year item | Assumed RMB amount |
|---|---|
| Vehicle purchase outlay | 125,000 |
| Charging installation | 4,000 |
| Electricity: 2,210 × 5 | 11,050 |
| Insurance: assumed 4,000 × 5 | 20,000 |
| Scheduled servicing allowance | 5,000 |
| Tyres and other wear allowance | 7,000 |
| Assumed resale proceeds | −60,000 |
| Total under these assumptions | 112,050 |
Test the variables that can reverse the conclusion
Change one important assumption at a time. In the worked table, resale proceeds RMB 10,000 below the assumed amount increase total cost by RMB 10,000, or about RMB 0.13 per kilometre over the assumed distance. That change is larger than several years of small electricity savings.
If all purchased electricity in the example instead costs RMB 1.50 per kWh, annual energy cost becomes approximately RMB 4,250 rather than RMB 2,210. The five-year difference is about RMB 10,200, before any additional fees. This demonstrates the sensitivity to charging mix; it does not predict what public charging will cost the owner.
Also test lower annual distance. Fixed purchase and setup costs are then spread across fewer kilometres. This can make an expensive efficiency upgrade harder to justify financially even when the vehicle's per-kilometre energy use is unchanged. Use both the expected case and a less favourable case in the decision.
Calculate an upgrade’s payback without inventing savings
A simple payback calculation divides an additional upfront cost by a substantiated annual saving. If one configuration costs an extra RMB 10,000 and saves an assumed RMB 1,500 annually, the arithmetic is about 6.7 years, before financing, resale differences and the time value of money. Both amounts here are hypothetical.
The calculation is valid only if the annual saving is real for the compared configurations. A longer rated range does not by itself establish lower consumption or a cheaper annual bill. Nor does an additional comfort feature need to produce a financial payback to be desirable; it can be a preference the buyer knowingly pays for.
Separate the benefits in the decision record. One line can show evidenced cash savings, another can describe convenience or comfort, and a third can state remaining uncertainty. This prevents the purchase premium from being justified by a financial claim that actually rests on an emotional preference or an untested technical assumption.
Include maintenance, financing and support explicitly
Request the maintenance schedule for the exact BEV or range-extender configuration, including time-based requirements. Ask for prices of the scheduled operations and identify what a prepaid package covers. Do not assume that a broad brand warranty pays for ordinary maintenance, consumables or every incidental expense.
For finance, add the deposit, instalments, required final payment and compulsory charges to understand the cash commitment. Identify which optional products have been included. If the vehicle price in your ownership table already includes the principal, add only financing costs rather than adding all principal payments again.
Insurance and support deserve current local quotes. An owner's location, use and personal circumstances can alter the offer. For an imported vehicle, clarify who provides parts, diagnosis and warranty service. A lower advertised purchase price should not be assessed without the support arrangement that makes the vehicle usable over the planned ownership period.
Replace assumptions with an ownership log
After purchase, record odometer readings, charging receipts, fuel purchases where relevant, service invoices and any subscriptions. Note the period covered and major changes in use. A seasonal record is more informative than one favourable week, particularly if heating, cooling or long-distance travel changes the energy requirement.
Reconcile electricity at the same boundary. If you use charging invoices, they represent purchased energy; do not compare them directly with a dashboard value without explaining the measurement difference. Where a home meter also supplies other loads, avoid attributing the entire bill change to the vehicle without a defensible method.
Review the budget periodically to improve planning, not to retroactively prove that the purchase was correct. If charging access changes, rerun the energy mix. If annual distance falls, reconsider optional service or charging subscriptions. A useful ownership model remains editable because the household's life can change after the initial purchase.
Ownership-cost questions
Are any of the worked figures measured i60 results? No. They are clearly labeled teaching assumptions. Exact-grade quotations, suitable consumption evidence and actual tariffs must replace them before making a purchase decision.
Is battery replacement included? No prediction of replacement timing or cost is made. Review the applicable battery warranty and consider a separate sensitivity allowance if it matters to your intended ownership period; do not present an unsupported replacement schedule as routine maintenance.
Is depreciation a bill paid each year? It represents the difference between purchase outlay and eventual resale proceeds in this model. Cash flow and ownership cost are related but different views of affordability.
Where should a buyer begin? Complete the exact-version quotation sheet, then choose realistic inputs using the charging and journey guide. Use the resulting budget alongside a family demonstration, rather than treating the smallest calculated total as the only purchase criterion.
Sources & references
- [R1] M8 and AION i60 AQR announcement, including the September 2026 i60 updateGAC Group · Published 16 September 2026; publicly retrieved 15 October 2026. Contains earlier-model specifications and a separate 2027 update; its limited-time price is historical.
- [R5] Operation and Maintenance for Electric Vehicle Charging InfrastructureU.S. Department of Energy, Alternative Fuels Data Center · Reviewed 15 October 2026. Supports distinctions between energy prices, timing and other charging fees; no U.S. tariff is applied to China.
This is a source-based editorial guide, not a first-hand road test. Equipment, prices, warranties and availability can change by market and version. See our editorial approach for how we handle specifications and uncertainty.