To estimate the electricity cost of running a mini PC for a 24/7 YouTube stream in Delhi, measure its average power draw at the wall, convert that to monthly units, and apply the rate relevant to your household. There is no single reliable rupee figure for every Delhi home: the utility, total household use and bill adjustments all matter.
A useful first estimate covers only the extra energy used by the computer. It is not necessarily the amount your complete bill will rise, because fixed charges and other adjustments may not move in step with one additional device.
Why there is no single Delhi rupee answer
The question sounds simple: how much does it cost to run a mini PC 24/7 for YouTube streaming in Delhi? But the device model alone would not settle it. Its average wall draw depends on the hardware and what it is doing, while the rupee cost depends on the applicable rate and how the household’s total consumption is billed.
Delhi consumers are served by different distribution utilities. A tariff document from one provider is useful evidence about the rates that provider lists, but it is not a universal, all-in rate for every Delhi address or a guarantee of what applies to your next bill. The Delhi Electricity Regulatory Commission publishes tariff orders, but you should still identify your own provider and check its current schedule and your latest bill before treating an estimate as a cost.
A bill may include more than an energy charge per unit. It can also contain fixed charges, adjustments and other components. Some may be based on sanctioned load or billing rules rather than on the additional kWh from your mini PC. So it helps to keep two questions apart: what energy did the stream use, and how will that extra use appear on this particular household’s bill?
This distinction matters when deciding whether a local always-on setup is practical. If you are comparing a computer in your home with a cloud-based arrangement, compare the measured power and the whole operating trade-off rather than assuming a generic computer cost. The discussion of cloud streaming options in India can help frame that comparison, but it does not replace a measurement of your own setup.
Calculate 30-day kWh from average watts
For a 30-day month, a device running continuously operates for 720 hours. The energy calculation is:
Monthly kWh = average wall watts × 720 ÷ 1,000
Here, kWh means kilowatt-hours, the units commonly called “units” on electricity bills. Divide watts by 1,000 to get kilowatts, then multiply by the hours of operation. Put another way, each average watt sustained throughout a 30-day month uses 0.72 kWh.
Use average wall watts, not the maximum rating printed on a power adapter. An adapter’s rating tells you the capacity it can supply, not what the computer continuously draws. Nor is a brief reading at idle necessarily representative if the machine encodes video, handles a live output and runs other software during the stream.
Once you have monthly kWh, a first estimate of the additional energy charge is:
Estimated energy charge = monthly kWh × applicable marginal rupees per kWh
The word “marginal” is important. It means the rate that applies to the extra consumption in your actual billing circumstances, not a rate chosen because it appears in a general article. If your provider’s rate structure has consumption bands, the additional units may fall in a different band from the first units in the month. The arithmetic can estimate energy cost, but it cannot by itself reproduce every line on a bill.
For example, if a meter shows that the streaming setup averages 18 W at the wall, the monthly energy arithmetic is 18 × 720 ÷ 1,000, or 12.96 kWh. That is a worked calculation from an assumed reading, not a claim about what mini PCs typically use. Multiply that result by the rate applicable to your household to estimate the energy component.
If you want to compare streaming formats or configurations, keep the measurement conditions consistent. A comparison is only useful when you hold the stream resolution, frame rate, codec, content and running equipment constant, or clearly note what changed. The guide to looping pre-recorded videos with FFmpeg is relevant if you are weighing a local playback workload against another way to prepare a loop.
Illustrative 10 W, 20 W and 30 W scenarios
The following figures show how the formula behaves. The wattages are calculation scenarios only. They are not measurements of mini PCs, and they should not be used as a claim about the typical or expected draw of any particular model.
| Assumed average wall draw | 30-day calculation | Monthly energy |
|---|---|---|
| 10 W | 10 × 720 ÷ 1,000 | 7.2 kWh |
| 20 W | 20 × 720 ÷ 1,000 | 14.4 kWh |
| 30 W | 30 × 720 ÷ 1,000 | 21.6 kWh |
To turn a row into an energy-charge estimate, multiply its monthly kWh by the applicable rate for your added use. For instance, the 20 W scenario means 14.4 kWh in this 30-day model; it does not mean a particular rupee amount until you supply the appropriate rate. If your month is longer or shorter, recalculate using the hours the device actually ran rather than assuming 720.
The table is not a substitute for a meter. A mini PC’s draw can change with its processor, hardware acceleration, cooling, attached equipment and workload. A continuous stream that simply plays a prepared file may have a different workload from one that encodes video locally. Neither that difference nor the result for a particular machine can be inferred from the three illustrative wattages.
Find the applicable marginal electricity rate
Start with your latest bill. Note the name of the distribution utility, the billed units, the energy-charge entries and any consumption bands or adjustments shown. If your address has changed, or the bill is not yours, confirm the provider for that connection before using a tariff document. A neighbouring household may have a different provider or a different consumption position.
As a dated reference, BSES Delhi’s 2025 information guide lists domestic energy-charge bands of Rs 3 per kWh for 0–200 units, Rs 4.50 for 201–400, Rs 6.50 for 401–800, Rs 7 for 801–1,200, and Rs 8 above 1,200. Those are figures printed in the BSES guide, not a verified October 2026 all-in rate for every Delhi household. Check the BSES 2025 information guide alongside your current bill and the relevant utility’s latest information before using any figure in a decision.
The DERC tariff-orders page is another place to look for orders affecting distribution areas. Its listing alone does not establish which domestic rate and bill adjustments currently apply to your connection. The Central Electricity Authority’s 2025 tariff book reproduces Delhi rates stated effective from 1 October 2021; that is historical context, not proof of a current rate in October 2026. Check current official material rather than carrying an old table forward as if nothing could have changed.
If you cannot tell which rate is marginal from the bill, ask the utility how additional units are charged for your household category and current usage. Keep the answer specific: ask about the energy charge for the next units and distinguish it from taxes, surcharges, subsidies or fixed components. Then apply only the relevant energy rate to the calculated kWh, and record any other bill effect separately.
Account for household use and bill adjustments
A device adds to the home’s monthly consumption. If your tariff uses slabs or bands, the effect depends on the household’s total units, not just the mini PC’s consumption viewed in isolation. A 14.4 kWh addition, for example, could sit within one band or cross a band boundary depending on the starting total and the rules on the bill. Do not multiply every added unit by a published lowest-band figure unless that is genuinely the applicable rate.
A useful method is to calculate two totals: the household’s expected use without the stream and its expected use with it. Add the measured monthly kWh to the first figure, then check which rate treatment applies to the second. This is still an estimate if usage varies or the billing period differs from 30 days. If your bill shows adjustments or a subsidy, do not assume they apply proportionately to this one appliance; follow the current bill and utility explanation.
You can also compare bills over time, but avoid attributing every change to the stream. Air conditioning, seasonal fans, water heating, occupancy and billing-period length can change household use substantially. A before-and-after comparison is more informative when you record meter readings or units and note other large changes, yet a plug-in measurement remains the clearer way to isolate the computer.
The same discipline applies to the rest of the streaming setup. If a router, display, external drive, capture device or audio equipment stays on only for the broadcast, decide whether you want a mini-PC-only estimate or a full setup estimate. Measure each relevant device or use a meter that captures the whole group, and do not fold unrelated household loads into the stream’s cost. For practical comparisons across approaches, see how to compare YouTube streaming plans in rupees; the electricity calculation remains a separate part of the decision.
Measure the mini PC while streaming
A plug-in energy meter that reports watts or accumulated kWh gives a more useful answer than the adapter label. Put the mini PC through the actual operating pattern: the same playback or encoding software, stream configuration, connected peripherals and network arrangement you intend to use overnight. Let the reading settle through representative operation, then note the average watts or the kWh accumulated over a known period.
If the meter reports only energy over a test period, divide the measured kWh by the test hours to find average kW, then multiply by 1,000 for watts. Or scale the test energy to the month: measured kWh ÷ test hours × 720. A short test can miss changes in workload, so a longer representative period is preferable, especially if the content or software causes the load to vary.
Measure at the wall, because that captures the energy drawn by the computer and its power supply together. If the meter is between the socket and a power strip, it can include all items connected to that strip; label the result accordingly. For an all-in streaming estimate, include the networking equipment only if it is additional to what would otherwise be on. A router that already runs all day is not necessarily an incremental stream cost.
The streaming settings describe output quality and network requirements, not a watt measurement. YouTube’s live encoder settings give recommended bitrate values by resolution, frame rate and codec, and specify guidance such as CBR and keyframe intervals. Those settings can help define a repeatable test, but bitrate alone does not tell you the electrical input of your computer. YouTube also transcodes incoming live streams, so the viewer’s available output formats do not mean your mini PC is doing every conversion locally.
Network reliability is another operating consideration, separate from power use. YouTube’s streaming tips recommend upload headroom and testing stream health. Follow current guidance and test the connection, but do not treat bandwidth or a healthy stream indicator as evidence of a particular power draw.
Separate energy cost from other bill components
The product of kWh and an applicable rate is an estimate of the energy component. A complete bill can include fixed charges, charges associated with sanctioned load, adjustments and other items governed by the utility’s rules. Some of those components may stay the same when you add a small load; others may depend on total consumption or change for reasons unrelated to the mini PC. A simple multiplication does not establish the total bill difference.
For a clear estimate, write down the scope next to the result. For example: “12.96 kWh monthly, energy charge only, using the measured average wall draw and the rate confirmed from this bill.” That wording is more useful than a bare rupee total, because it leaves visible the assumptions that a reader or household member can check. If you later learn of an applicable adjustment, add it explicitly rather than quietly treating the energy-only figure as the whole bill.
When local power use is the reason you are reconsidering an always-on stream, there are other trade-offs to check as well: who needs to monitor the stream, what happens after a disconnect, and whether the source file and channel are ready. StreamNeo removes the need to keep your own computer running for the broadcast by turning an uploaded video into a YouTube live stream that can continue with your computer switched off; it is YouTube-only. That changes where the computer’s electricity is used, not the need to check your own electricity bill or decide whether the operating arrangement suits the channel. For a locally hosted setup, this guide to handling a stream that goes offline also makes clear why continuity is worth considering separately from the kWh calculation.
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 many units does a 24/7 mini PC use in a month?
There is no fixed amount without a measured average wall draw. For a 30-day month, each sustained average watt corresponds to 0.72 kWh; multiply the measured watts by 720 and divide by 1,000. The 10 W, 20 W and 30 W examples above are arithmetic scenarios, not measured mini-PC results.
Can I use the wattage printed on the power adapter?
Use it as a capacity rating, not as a measure of normal consumption. A plug-in meter reading during the intended stream gives a better basis for estimating average wall draw. Include peripherals only if you intend to include their electricity in the estimate.
Which Delhi electricity rate should I multiply by?
Use the rate and rules that apply to your own utility, connection and household consumption. BSES’s 2025 guide lists energy-charge bands, but those figures should not be treated as a confirmed current all-in rate for all Delhi consumers. Check your latest bill and the utility’s current official schedule.
Does the energy calculation predict how much my full bill will rise?
No. It estimates the stream’s energy component when multiplied by the applicable rate. Fixed charges, adjustments and other bill components may not change in direct proportion to those added units, so check the bill rules and state clearly whether your estimate covers energy only.