A 24/7 YouTube stream in India can cost the electricity used by a computer, plus the cost of keeping the internet connection and supporting equipment running. A cloud service replaces the home computer’s continuous power use with a subscription, but the cheaper choice depends on your measured wall draw, tariff, setup time and recovery needs.
There is no single India-wide answer. Use your own average watts and marginal electricity rate first, then compare the resulting 30-day figure with the complete cloud or VPS cost, including transfer limits, tax, storage and the value of your time.
Why there is no single India-wide cost
Household electricity pricing varies by state, consumer category, fixed charges, slabs and other billing details. The Central Electricity Authority publishes tariff information across jurisdictions and categories, but that does not turn one rate into a national household price. Check your latest bill or tariff schedule rather than assuming that ₹7 or ₹8 per kWh applies to you.
Your bill also depends on what the computer is doing. A desktop already switched on for work, security cameras or another channel has a lower incremental cost than a machine kept on solely for one YouTube stream. The electricity used by the stream is not necessarily the same as the whole household bill either, because some charges would exist without the stream.
The clean comparison is therefore:
- average wall power used for the stream;
- your marginal electricity rate per kWh;
- 30 days of operation;
- equipment losses and related devices;
- internet transfer and cloud limits; and
- the time required to configure, monitor and recover the stream.
Do not treat the example later in this article as a measured bill, a typical Indian desktop or a nationally applicable tariff. It is a transparent calculation that you can replace with your own readings.
Before calculating cost, confirm that the channel can live stream. YouTube says that a channel must be verified and must not have live-streaming restrictions in the previous 90 days. Its official live-streaming tips also recommend testing the encoder and monitoring stream health. These requirements are separate from whether you stream from a PC or from the cloud.
Measure the PC’s wall power draw
The number printed on a power supply is not the computer’s actual consumption. A 500 W or 650 W PSU describes capacity, not what the desktop draws while decoding or looping a pre-recorded file. Measure the complete setup at the wall.
A plug-in electricity monitor can show watts while the stream is running. Connect the PC, and then measure the monitor, router, UPS and other equipment separately if you want to understand the full operating cost. Use a monitor suitable for the load, and check its rating before connecting a desktop or UPS.
Take readings in the conditions you actually intend to use. Start the encoder, load the video loop, select the intended output settings and leave the system running long enough for the reading to settle. If the desktop moves between an idle state and active encoding, take more than one reading and use a reasonable average rather than the highest momentary value.
For a simple pre-recorded loop, the average can be fairly stable. A scene-heavy video, software effects, higher resolution or GPU encoding may change the draw. A monitor that goes to sleep can reduce the total, while a display left permanently on adds to it. Record the reading in watts, not only the PSU rating.
If the PC serves other purposes, measure it in two states: the normal household or work state, and the state with the 24/7 stream active. The difference is the stream’s approximate incremental power. If you would keep the computer running regardless, charging the entire PC draw to the channel will overstate the decision cost.
For channels using OBS, reducing unnecessary preview work may help. The guide on reducing OBS GPU usage on a nonstop YouTube stream is relevant when the encoder is using more power than the content requires. The aim is not to chase the smallest number at any cost, but to measure a stable setup that produces the stream you want.
Calculate 30-day electricity use
Convert watts to kilowatt-hours before applying the tariff. The basic calculation is:
Daily kWh = average wall watts ÷ 1,000 × 24
Then calculate the electricity component:
Daily electricity cost = daily kWh × your marginal tariff per kWh
For a 30-day comparison, multiply the daily kWh and daily cost by 30. This does not include fixed charges, the purchase of a meter, hardware depreciation, broadband, or the cost of replacing equipment. Add those separately only when they are real costs for your decision.
For example, a measured 150 W draw means:
- 150 ÷ 1,000 × 24 = 3.6 kWh per day;
- at ₹7 per kWh, 3.6 × ₹7 = ₹25.20 per day; and
- over 30 days, 108 kWh and ₹756 for electricity.
That figure is an arithmetic example, not a forecast of your bill. A different marginal rate, actual wall draw or number of operating days changes the result. If your channel is offline for part of the month, use the actual hours rather than automatically using 720 hours.
The stream also consumes upload data. At 4.5 Mbps, one vendor calculation estimates roughly 2 GB per hour and about 1.4 TB over 30 days. Treat that as an approximate illustration: the result changes with bitrate, interruptions and the unit convention used by the provider. For a home OBS setup, this traffic travels through your broadband connection. For a VPS, it uses the VPS transfer allowance. For a managed cloud service, it uses the service’s connection and plan terms.
YouTube’s own encoder settings and bitrate guidance should take priority over a convenient data example. The required bitrate depends on resolution, frame rate, codec and content. You need enough sustained upload headroom, not merely a speed-test result taken when the connection is otherwise idle.
Worked example: 120–200 W at ₹7–₹8 per kWh
The following table uses assumed desktop power and illustrative tariffs. It is not a measured benchmark and does not establish a national Indian electricity rate.
| Assumed average wall draw | Daily use | Illustrative tariff | Daily electricity | Approximate 30-day electricity |
|---|---|---|---|---|
| 120 W | 2.88 kWh | ₹7/kWh | ₹20.16 | ₹605 |
| 150 W | 3.60 kWh | ₹7/kWh | ₹25.20 | ₹756 |
| 200 W | 4.80 kWh | ₹8/kWh | ₹38.40 | ₹1,152 |
The first and last rows produce the commonly quoted range of roughly ₹605 to ₹1,152, but that range belongs only to these assumptions. It is not a measured or nationally applicable bill. Your actual figure may be lower or higher because of the desktop’s workload, tariff, operating hours and supporting equipment.
A separate worked example uses a 120 W PC for 720 hours, producing about 86.4 kWh in a month. At an assumed ₹8 per kWh, that is about ₹690. Again, this is a calculation using stated assumptions, not a measurement of a representative Indian PC. The useful lesson is the method: watts, hours and marginal rate must all be visible.
If you want to include hardware cost, keep it separate from the electricity line. For example, an assumed purchase price divided over an assumed useful life is an accounting estimate, not a universal cash bill. It matters when you are buying a dedicated machine for one channel, but it should not be mixed into a simple answer about monthly electricity.
Add the monitor, router and UPS losses
A desktop is rarely the complete always-on load. A monitor may remain active, the router may run continuously, and a UPS consumes some power while charging or conditioning the supply. These devices can make a modest difference to the wall reading, particularly when the PC itself is efficient.
Measure the entire chain if you want the amount added to your household bill. Measure the PC alone if you are comparing encoder choices. Both readings are useful, but they answer different questions.
The router is usually shared with the rest of the household, so its full consumption is not necessarily an incremental stream cost. If the broadband connection would remain active without YouTube, count only the additional cost of the stream when comparing routes. The same logic applies to a UPS that protects other equipment.
A UPS also changes the recovery question. It may keep the PC running through a short power interruption, but it does not guarantee that the broadband connection, local network equipment or YouTube session will remain available. A longer outage can still stop the stream, and a battery requires maintenance and eventual replacement.
Home power reliability matters as much as the nominal electricity price for some channels. A devotional stream, local news loop or shop information channel may be expected to remain available overnight. If a power cut requires you to restart OBS manually, the financial comparison should include that inconvenience rather than treating electricity as the only cost.
Compare home PC, VPS and managed cloud options
Once the measured electricity figure is clear, compare the operating routes rather than just the invoice. A home PC may be cheapest when it already runs, the broadband plan has enough sustained upload capacity and you are comfortable handling restarts. A cloud option may make more sense when leaving a desktop on is the main burden, even if its subscription is not the lowest possible invoice.
| Route | Cost basis to examine | Main trade-off |
|---|---|---|
| Existing home PC with OBS | Measured incremental watts, your marginal tariff, broadband and any hardware cost | Familiar and controllable, but you own the power, upload, software and recovery work |
| Self-managed VPS with FFmpeg | Monthly VPS charge, transfer allowance, storage, tax, currency conversion and your time | Can suit a technically capable operator, but setup, monitoring and recovery remain yours |
| Managed cloud loop service | Published subscription, tax, storage, transfer terms and billing period | Removes the need to keep a home computer running, but adds provider dependency and less control |
A VPS is not automatically a cheap cloud alternative. Check whether the plan permits the intended sustained transfer, whether IPv4 or storage costs extra, whether taxes are included and whether the location gives you a sensible connection to YouTube. Read the current terms rather than relying on a general VPS price range.
The article on running a YouTube 24/7 stream on a VPS is useful if you are considering the self-managed route. It is the right route for someone who wants control and can maintain a command-line process. It is a poor fit if the main aim is to avoid technical recovery work.
Managed services differ in what they include. One vendor’s published snapshot listed a channel plan of ₹649 per month plus 18% GST, with storage priced separately, as listed on StreamSetu’s site in September 2026. That is a vendor-specific example, not a market-wide rate or a recommendation. Confirm the current price, tax, storage allowance, stream count and cancellation terms before comparing it with your electricity figure.
When checking a cloud service, ask these questions:
- Is the charge per channel, account, stream or output?
- Is tax included in the displayed amount?
- Is uploaded storage included, limited or billed separately?
- Does the plan include sustained transfer for your chosen bitrate?
- Can one account run more than one channel?
- What happens when the file ends, the stream disconnects or YouTube rejects the connection?
- Can you inspect stream health and receive an alert?
- Is the service YouTube-only, or are you paying for destinations you do not need?
StreamNeo is relevant when the specific problem is leaving a home computer on: you upload the file, provide the YouTube stream key and let the channel run without your computer, with automatic monitoring and restart as described by the service. That removes the home PC’s continuous power and upload role, but it does not make YouTube, the source file or the broadcast failure-proof.
Include setup and recovery effort
A fair cost comparison includes the work that happens before and after the stream starts. Home OBS requires installation, scene or media setup, encoder configuration, a stream key, upload testing and a plan for what happens after a disconnect. You may also need remote access, automatic startup and a way to know that the stream has stopped while you are asleep.
A self-managed VPS adds server setup, FFmpeg configuration, process supervision, logs, firewall decisions and recovery testing. That may be worthwhile for a technically confident operator, but the time is part of the operating cost. A lower monthly invoice does not mean a lower total cost if every failure takes an hour to diagnose.
A managed cloud loop removes much of that machine maintenance, but it does not remove all responsibility. You still need a suitable file, a valid YouTube stream key, correct channel permissions and a way to check that the broadcast is healthy. You also depend on the provider’s interface, support process and current terms.
Recovery should be tested before launch. Disconnect the home network briefly, stop the encoder, restart the computer and let the file reach its end if that is possible. Observe whether the process resumes, whether YouTube creates a new broadcast or whether you must intervene. The guide on restarting a YouTube 24/7 stream automatically after it disconnects covers the recovery problem directly.
YouTube’s guidance is also important for upload planning. The official documentation states, “We recommend running a speed test to test your upload bitrate.” It also says, “The total bitrate you're streaming cannot exceed the amount of upload bandwidth available.” Leave practical headroom for other household traffic rather than treating the advertised broadband speed as dedicated stream capacity.
Content rights are a separate operating risk. A stream can remain technically connected and still receive a claim or interruption. If you use devotional recordings, music, news clips or seasonal material, check the rights for the actual files. The article on disputing a Content ID claim on a YouTube live stream explains the response process, but it is better to resolve rights questions before relying on a file overnight.
Decide from your own 30-day comparison
Start with two figures: the measured incremental electricity cost for a home PC, and the complete 30-day charge for the cloud route. Then add the differences that could change your decision.
For the home route, include the PC’s measured watts, monitor and UPS where they are incremental, your marginal tariff, broadband suitability, replacement risk and your recovery time. If the computer already runs for another reason, show the stream’s incremental cost separately from the total household draw.
For the cloud route, include the subscription, GST, storage, transfer limits, billing period, file upload process and any charges for additional channels. For a VPS, add your time for setup, monitoring and recovery. Do not compare a managed plan with only the PC’s electricity while ignoring the work needed to keep the PC reliable.
Cloud streaming is not always cheaper. A home machine already running can have a small incremental electricity cost, and a self-managed VPS can have a lower invoice than a managed service for an operator who can maintain it. On the other hand, a dedicated desktop left on solely for one stream may cost more in electricity and attention than its simple monthly bill suggests.
A practical decision sheet might look like this:
- Record the PC’s average wall watts during the real stream.
- Find the marginal rate on your bill or current tariff schedule.
- Calculate 30-day kWh and electricity cost.
- Add only genuinely incremental monitor, router and UPS use.
- Check the required bitrate and monthly transfer.
- Price the cloud or VPS route with tax, storage and limits included.
- Estimate how long one failed overnight stream would take you to recover.
- Test the chosen route before making the channel dependent on it.
If you are still deciding what content and workflow to use, the first 30 days of a 24/7 YouTube channel provides a useful planning sequence. Cost is easier to judge once you know whether you need one loop, several files, multiple channels or a recovery process that works while you are away.
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
How much does it cost to run a PC 24/7 in India?
There is no single answer because the result depends on wall watts, operating hours and your marginal tariff. As an illustrative example, 120–200 W at ₹7–₹8 per kWh gives approximately ₹605–₹1,152 for 30 days for PC electricity alone. Those figures are assumptions, not a measured or nationally applicable bill.
Is cloud streaming cheaper than leaving my PC on?
Sometimes, but not always. Compare the cloud subscription, tax, storage and transfer terms with the PC’s measured incremental electricity, broadband suitability and the time required to recover failures. A PC already running for another purpose may be cheaper at the margin, while a dedicated desktop kept on only for one stream may be less attractive.
How much electricity does a 24/7 YouTube stream use?
The stream uses the wall power of the equipment running the encoder. A 150 W setup uses 3.6 kWh per day before you account for any separate monitor, router or UPS draw. Measure the complete setup at the wall for your actual figure.
Can I stream 24/7 without keeping my computer on?
Yes, a cloud-based YouTube streaming service can run the uploaded file without your home computer staying on. You still need a suitable video, a valid YouTube channel and stream key, and a way to check the broadcast. No route removes every possible YouTube, content or provider failure.