A Hetzner cloud server and a device at home have different cost structures, so there is no universal winner. A dated European CPX12 example with Primary IPv4 is €15.99 per month before VAT; a home estimate requires your equipment’s measured average draw and electricity tariff.
That comparison is useful only when you keep the region, tax, IP address, traffic and operating assumptions visible. The figures below are a dated illustration, not a quotation for every account or a claim that every playlist setup works the same way on a server.
What the comparison includes
The cloud-side example uses Hetzner’s CPX12 in Germany or Finland and adds its separately listed Primary IPv4 charge. The CPX12 monthly figure is before IPv4 and VAT; the IP fee is also before VAT. It is a provider-side plan example, not an all-in bill for every configuration. Prices and plan details can change, so confirm them on Hetzner’s price-adjustment page and its cloud plan page before ordering.
The home-side figure is not a typical monthly bill or an assumed appliance cost. It is the electricity attributable to the playback equipment, calculated from its measured average power and the tariff that applies to you. You need to decide whether you are counting the whole device’s use or only the additional consumption caused by keeping it on for the stream.
Neither figure automatically covers every operating cost. Cloud traffic beyond an included allowance, optional services, tax, a monitor or peripherals at home, broadband, backup power and your time maintaining a setup may matter. Some of these costs may already exist for other reasons. Separate incremental cost from the full cost of the equipment or connection rather than quietly assigning the whole amount to this one channel.
The comparison also does not determine how a particular server-based playback method works. In particular, do not assume that video sent to YouTube consumes the server’s outbound allowance in one specific way without checking the proposed routing and playback arrangement. This is a cost worksheet, not a technical approval of a streaming design.
Dated Hetzner CPX12 example in Europe
Hetzner’s price-adjustment table gives the Germany and Finland CPX12 at €15.49 per month, excluding IPv4 and VAT. The table says its new prices apply to new orders and cloud-instance rescaling from 15 June 2026. Hetzner’s cloud overview separately lists Primary IPv4 at €0.50 per month, excluding VAT. Adding those two listed amounts gives €15.99 per month before VAT for this example.
| European CPX12 line item | Listed amount | Qualification |
|---|---|---|
| CPX12 monthly plan | €15.49/month | Excludes IPv4 and VAT; Germany/Finland example from 15 June 2026 |
| Primary IPv4 | €0.50/month | Excludes VAT; separate line item |
| Subtotal before VAT | €15.99/month | Addition of the two listed charges; not a tax-inclusive total |
These are Hetzner figures in the June 2026 price-adjustment table and cloud overview, checked in the research pass on 3 October 2026. The €0.50 IPv4 amount is volatile and its overview page is dated 2022, so verify it rather than treating it as guaranteed current. The source trail includes Hetzner’s cloud server overview, where the provider explains its server options and billing context.
The plan presentation lists the CPX12 with 1 vCPU, 2 GB RAM, 40 GB disk and 20 TB of included traffic in its displayed European table. Those specifications describe the plan, not a confirmed fit for every method of running a YouTube playlist. Hetzner describes its Cost-Optimized plans as intended for low-to-medium CPU use, but the sources here do not establish how much CPU or traffic your specific playback method needs.
A monthly server charge is not necessarily avoided by switching the virtual machine off for part of the month. Hetzner’s billing FAQ says servers are billed until deleted, regardless of state; it also describes hourly billing, subject to the monthly cap, when a server is deleted before the month ends. Check the billing FAQ for the current terms. Do not treat a stopped server as a paused subscription.
US price and IPv4 qualification
The same June 2026 adjustment table lists the US CPX12 at $20.49 per month before IPv4 and VAT. That is the US plan price only. The research for this comparison does not establish a US IPv4 charge to add, so it would be misleading to produce a US subtotal by converting the European €0.50 fee or assuming that the fee is identical.
| Region example | CPX12 listed price | What is not included in that figure |
|---|---|---|
| Germany/Finland | €15.49/month | IPv4 and VAT |
| United States | $20.49/month | IPv4 and VAT |
Both figures are provider prices listed as applying from 15 June 2026, not universal current totals. They are in different currencies and describe different locations; they are not directly comparable as if exchange rates, tax treatment and included options were identical. Select the actual Hetzner location you would order in and inspect the matching current price and add-ons.
An IPv4 address may be relevant to a chosen server setup, but this comparison does not determine whether your exact configuration requires that specific add-on. Check the provider’s current documentation and the requirements of the software and network design you intend to use. In particular, keep any optional IP charge as its own line until you have verified it for your location.
Estimate home electricity from measured draw
Measure the device that will actually play or send the stream, rather than borrowing a generic power figure from a different computer. A plug-in energy meter can help record consumption over a representative period; use the average draw while the equipment is doing the intended work, including ordinary idle periods if those are part of its continuous operation. If several pieces of equipment must stay on solely for this job, measure and add them. If the device would be on anyway, decide whether to report its whole electricity use or only the incremental difference.
Use this calculation:
Monthly energy (kWh) = average draw in watts ÷ 1,000 × hours in the billing period.
Monthly electricity cost = monthly energy (kWh) × your tariff per kWh.
For an always-on workload, substitute the number of hours in the period you are estimating. Do not use a made-up monthly cost: the wattage must come from a measurement of your equipment, and the per-kWh rate must come from your bill or supplier tariff. If your tariff has different time bands or other applicable charges, use a calculation that reflects how your bill applies them instead of treating one unit rate as certain.
For example, the calculation can be written without guessing either input as (measured watts ÷ 1,000 × hours) × your tariff. Put your own measurement and bill rate into the blanks. This is more useful than a generic “home costs less” claim, because a low-power device already running for other work has a different incremental cost from a desktop computer and display left on solely to maintain a channel.
A single short reading may not represent a full month. Check that the measurement covers the actual playback behaviour and any attached display, audio equipment or other required devices. If you measure the device at the wall, that reading can include power-supply losses; keep the measurement method consistent when comparing different configurations.
For practical planning, write down the measured average watts, measurement period, equipment included and tariff source alongside the result. If a bill’s tariff varies, record which rate you used and why. This makes the estimate reproducible when your equipment, usage or electricity plan changes, and it prevents an apparently precise number from hiding uncertain inputs.
Add VAT and other applicable costs
The European subtotal of €15.99 is explicitly before VAT. Your final invoice depends on tax treatment applicable to your account and location, so do not call that subtotal an all-in monthly charge. The US CPX12 amount is also before VAT and IPv4. For either region, inspect the checkout or invoice basis relevant to you rather than applying a guessed tax rate.
Traffic is another possible cloud-side variable. Hetzner’s plan table displays a 20 TB allowance for the European CPX12, and its billing documentation explains that outgoing traffic is charged and may incur overage beyond the allowance. That does not tell us whether your proposed playlist arrangement would use enough billable server egress to exceed it. The traffic path depends on the playback design; estimate it for that design and confirm the provider’s current allowance and overage terms.
Other cloud line items may include options you select, and the price table may not cover every optional service. Home costs may include incremental broadband or backup power if you acquire them for this channel, but broadband already serving a household should not automatically be counted in full. A sensible comparison labels each cost as new, shared, or already committed.
Reliability also has an economic dimension, but it is not a number to invent. A home setup depends on the local power and internet connection, the device, and the way you recover from faults. A cloud setup depends on the selected provider configuration and your own method of operating it. Write down what interruption means for your channel, how you would notice a failure, and what recovery work you are willing to do.
For resilience at home, the practical question is not just the device’s power bill. A power cut can stop the stream even if the playlist is configured properly; consider how long backup power would need to last and whether connectivity remains available. The guide to keeping a YouTube radio stream running through a power outage can help you think through that separate dependency.
Compare equivalent always-on workloads
A fair comparison starts with the same job on both sides: the same channel, content, intended operating hours and acceptable interruption or maintenance burden. Then list only the equipment and services required by each design. A cloud plan does not include a home power meter’s answer, and a measured home electricity total does not tell you the cloud traffic bill.
| Comparison item | Cloud example | Home estimate |
|---|---|---|
| Base recurring amount | Dated CPX12 price for the selected region | Measured average watts multiplied by operating hours and tariff |
| Address or equipment | Add IPv4 only if needed and verified for that region | Include only the device and peripherals required for this use |
| Tax and usage | Add applicable VAT and check traffic/optional charges | Use the tariff and any applicable billing structure |
| Billing behaviour | Server billing continues until deletion under Hetzner’s stated policy | Electricity follows actual consumption and the relevant tariff |
| Operations | Check the chosen playback method and provider constraints | Account for power, internet, device restarts and monitoring |
The table is a structure for your own numbers, not a finding that one column is always cheaper. In the European example, the quoted subtotal is easy to see, but a home total cannot be compared until you have measured draw and selected a tariff. A US cloud price also needs its own address and tax qualifications before it can be placed beside a local home bill.
A VPS may suit a reader who is comfortable configuring and maintaining a server-based playback method. It may be a poor fit if the required method is unverified, if traffic treatment is unclear, or if you do not want to handle server administration. The article on using a VPS for a 24/7 Indian music channel is a useful companion for considering the operational side, but check your exact technical and policy requirements rather than assuming all server methods are equivalent.
Likewise, home may suit you when suitable equipment is already available, measured incremental energy is acceptable, and you can manage power and connectivity interruptions. If the computer must remain awake, review the practical steps for preventing OBS from sleeping during a 24/7 stream. That addresses one home failure mode, not all of them: a sleeping display setting is different from a router outage, a power interruption or an application crash.
If your central concern is keeping a playlist moving through planned tracks rather than pricing a server, the guide to automating a YouTube live playlist with OBS covers a different part of the decision. Whichever method you choose, verify current YouTube requirements and any software terms that apply. A cost estimate cannot establish whether a broadcast method is supported or suitable.
Choose based on the cost you can verify
Before deciding, make a small worksheet with one row for each recurring or occasional cost. For cloud, record location, date checked, plan, currency, whether IPv4 is needed, VAT basis, traffic allowance and any expected overage. For home, record the measured device and peripherals, average watts, hours, tariff source and whether the calculation is whole-device or incremental. Keep operational assumptions next to the totals so that a cheap-looking figure does not omit work you would otherwise have to do.
Then test the assumptions that could change the answer. If the home device is already running for another purpose, compare the extra consumption from leaving it on rather than allocating all of its energy to the channel. If it would be purchased and dedicated to the stream, include its full use and purchase cost separately if relevant to your decision. If a cloud server is only needed intermittently, check the provider’s deletion and hourly billing rules; do not infer that powering it off stops billing.
Traffic deserves its own check before committing to a cloud plan. Work out which data actually leaves the server under your intended playback arrangement, then compare the estimate with the allowance and the provider’s current overage policy. The research available for these figures does not settle the routing question, so avoid treating the displayed 20 TB allowance as proof that a particular stream will fit or exceed it.
Finally, use a short trial of your own workflow where possible before relying on a setup overnight. Observe whether the stream starts, continues and recovers as you expect, and note what intervention it requires. A cost worksheet helps you choose between designs; it does not replace a test of the actual playback method or the current official guidance.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Is €15.99 the full monthly cost of a European Hetzner CPX12?
No. It adds the listed €15.49 CPX12 monthly price and €0.50 Primary IPv4 charge for the stated Germany/Finland example, both before VAT. Check the current plan, IP amount, tax treatment and any traffic or optional charges before ordering.
Can I calculate home electricity without a meter?
You can estimate it if you have a credible measured average draw for the exact equipment, but this comparison does not supply a generic device figure. Use watts divided by 1,000, multiply by the hours in your billing period, then multiply by your applicable per-kWh tariff. If the reading or tariff is uncertain, label the result as an estimate.
Does switching off a Hetzner server stop its monthly charge?
Hetzner’s billing FAQ says it bills servers until they are deleted, regardless of their state. Its documentation also describes hourly billing, subject to a monthly cap, when a server is deleted before the month ends. Verify the current policy before relying on it.
Is a VPS automatically suitable for a 24/7 YouTube playlist?
No conclusion about suitability follows from the plan’s price or specifications alone. The playback method, resource use, traffic path, unattended operation and applicable YouTube requirements need checking for your setup. Use current official documentation and test the workflow before depending on it.