The largest recurring cost you can calculate directly for a 24/7 YouTube stream from home is usually the electricity used by the PC and display. Measure their combined draw while the stream is running, multiply the watts by 0.72 for a 30-day month, then apply the marginal electricity rate on your bill.
JioFiber may add no incremental cost if your existing plan already supports the stream and its terms suit your use. If you need a plan change, include the actual difference in charges and check the plan’s data and usage conditions; neither one Indian tariff nor one JioFiber price applies to every household.
What belongs in the estimate
Start with costs that change because you keep the channel live. Electricity for the PC, display and any equipment that must remain on is measurable. A connection upgrade, if necessary, is a recurring cost too. The subscription you already pay for a suitable household connection is not automatically an additional streaming cost.
Keep the estimate in separate parts:
| Cost item | How to count it |
|---|---|
| PC, display and required peripherals | Meter their combined operating load, then calculate monthly kWh |
| Electricity bill | Apply your location’s marginal energy charge and relevant bill adjustments |
| JioFiber plan | Count the incremental cost only if you need a change; use your exact plan’s terms |
| One-time equipment | Record separately, rather than treating a purchase as a monthly bill |
This approach avoids a misleading single rupee figure. Your total depends on measured watts, your tariff, whether your connection needs changing, and the selected stream settings. Fixed charges on an electricity bill might not change with consumption, while duties or adjustments may apply to extra units. Check your bill rather than assuming every line item scales with usage.
A connection can also impose practical limits that are not captured by its monthly fee. A stream at a higher bitrate sends more data, and a household’s real upload stability matters more than the advertised headline speed. YouTube’s live encoder settings give recommended bitrates by resolution and frame rate, but they do not establish what your particular connection can sustain.
Measure PC and display at the wall
The power-supply rating printed on a PC is not its constant draw. A supply rated for a particular maximum capacity does not mean the computer uses that amount while encoding. Components, workload, display, peripherals and power-supply efficiency all affect consumption. Measure the equipment that will actually remain on.
A plug-in electricity usage meter can measure the combined draw at the wall. Connect the PC and display through the meter, and include peripherals that are continuously required, such as an audio interface if the stream depends on it. Avoid adding equipment that is powered down during the broadcast. The meter is optional: if you already have a reliable whole-circuit or smart-meter reading that isolates the setup, that may also help, but do not infer an exact PC load from a household total that includes unrelated appliances.
Take the reading while the stream is doing the intended job. Open the actual file or playlist, set the planned output resolution and frame rate, run the encoder, and leave the system in the same state you expect overnight. A desktop at the Windows or Linux idle screen is not a useful substitute if it will be decoding video and encoding continuously. Likewise, measuring a game or an intensive editing session may overstate the draw for a simple loop.
If the meter shows power fluctuating, note a representative sustained reading rather than a brief peak. For a stream that alternates between scenes or workloads, sample across those states and use a reasonable average. If the reading is in watts, record it as the combined PC-plus-display load. If the meter reports energy over a period, divide the measured kWh by the number of hours in that period to estimate average watts: kWh × 1000 ÷ hours.
An appliance table from the Inter-American Development Bank lists 62.5 W for a desktop computer and 55 W for a display unit in an example household profile. Those are illustrative entries, not a prediction for your machine or a standard for current equipment. The two figures together would represent 117.5 W only if that specific example applied, which is precisely why your wall measurement is more useful than a generic table.
For a practical setup, include only equipment that is on continuously. A router or ONT may be part of the household connection and already powered regardless of streaming; if the stream causes you to keep extra networking equipment on, measure or estimate that separately. Do not include the rated capacity of a UPS as energy use. A UPS protects against brief supply interruptions, but its own losses and backup runtime depend on the load and battery condition.
Calculate 30-day electricity use
The calculation is straightforward:
Monthly energy (kWh) = continuous load (W) × hours per day × days ÷ 1000.
For an uninterrupted stream running 24 hours a day for 30 days, 24 × 30 ÷ 1000 equals 0.72. So the short form is:
Monthly energy (kWh) = measured watts × 0.72.
At a measured combined load of 60 W, the setup would use 43.2 kWh in 30 days. At 100 W, it would use 72 kWh. These results describe energy, not the rupee amount due. A 31-day billing period would use more than a 30-day one at the same continuous load, so match the calculation period to the bill if you are making a closer estimate.
This is an estimate for continuous operation at the average load you measured. Restarts, power cuts and periods when the equipment is off reduce actual consumption. A higher workload or an additional device increases it. For a stream that operates only during scheduled hours, replace 24 with the average daily hours you intend to run it.
Apply your marginal electricity rate
Multiply the monthly kWh by the rate that applies to the additional units your household would consume. If your measured setup uses 43.2 kWh and the applicable marginal energy rate were ₹8 per kWh, the energy component would be ₹345.60. The ₹8 figure is an illustrative input for demonstrating the arithmetic, not an Indian residential tariff or a quote for any household.
India does not have one residential rate suitable for a nationwide calculation. Retail tariffs are determined by state electricity commissions, and subsidies or other rules can affect what a household pays. Use the latest bill or the relevant distribution company or regulator schedule for your supply area. The Ministry of Power’s overview of tariff determination explains the role of state electricity regulatory commissions. The official Lakshadweep domestic tariff schedule for FY 2026–27 is an example of location- and period-specific slab charges, not a national rate.
The rate that matters is the marginal cost of extra consumption, not necessarily the average total bill divided by units. If extra use moves your household into another slab, the marginal units may be charged differently from earlier units. Check how the applicable schedule treats your expected additional kWh. Also look for duties, fuel adjustments and other variable charges that apply to energy consumption. Do not automatically add fixed monthly charges if they remain unchanged when you run the stream.
For a rough first pass, report the energy component and then note that bill-specific charges can change the final addition. That is more honest than presenting a precise total without knowing your location, billing category, slab position or adjustments. The cost of a 24/7 loop on hosted platforms is a useful contrast in cost structure, but it does not replace your own home tariff calculation.
Check JioFiber plan and usage terms
First decide whether the existing connection is suitable. YouTube’s recommendations for H.264 include 8 Mbps for 720p30 and 720p60, 14 Mbps for 1080p30, and 17 Mbps for 1080p60. These are encoder bitrate recommendations, not a guarantee that your JioFiber line will deliver a stable upload at those rates. Test the selected setting at the time of day you expect to stream, check YouTube’s stream health, and leave headroom for ordinary network variation and other household traffic.
YouTube recommends constant bitrate (CBR) and RTMPS for secure ingest. Its live stream is also transcoded for different viewer formats, so the creator’s upload bitrate should not be confused with the total data every viewer receives. For practical setup details, the OBS keyframe interval guide covers a related encoder setting; use YouTube’s current guidance for the settings that apply to your own stream.
A constant upload creates a substantial amount of data over a month. As a decimal approximation, bitrate in Mbps × 324 gives GB over 30 uninterrupted days, before transport overhead, reconnects and other household use. That means 6 Mbps is about 1,944 GB, 10 Mbps about 3,240 GB, 14 Mbps about 4,536 GB and 17 Mbps about 5,508 GB. These are arithmetic estimates from bitrate and time, not measured Jio usage figures. Actual accounting can vary with stream behaviour and the provider’s counting method.
Read the exact Jio plan wording rather than relying on “unlimited” in a headline. Reliance Jio’s official prepaid terms state that for “Truly Unlimited Plans” it will identify consumption above 3300 GB in a 30 day recharge cycle as misuse and reserves the right to withdraw data benefits. That threshold is specific to the cited prepaid terms, not a blanket statement about all JioFiber plans. A constant 10 Mbps stream alone is near that stated level in the simple arithmetic, before other devices and overhead; 14 Mbps exceeds it.
Jio’s official prepaid terms and postpaid FAQ describe conditions that depend on plan type. The postpaid FAQ refers to unlimited high-speed home-use data but also says service may be discontinued in cases including misuse, fraudulent, unauthorised or commercial use. Check the live wording for your particular plan and ask Jio directly how it treats the intended continuous stream, especially if the channel is monetised or otherwise commercial. “Unlimited” should not be treated as assurance that every use pattern is permitted without restriction.
If your existing upload is stable at a conservative setting and the plan terms suit your use, the incremental connection subscription cost can be zero. If you need an upgrade, add only the actual difference between your current and proposed plan charges, based on the current offer applicable to your address and billing arrangement. Do not infer a price from another household or from an old plan listing.
Separate recurring costs from one-time costs
A monthly estimate is easier to use when it does not mix purchases with bills. Electricity and a necessary plan upgrade recur. A new PC, display, meter, UPS or router is a one-time or replacement cost; it belongs in a separate setup budget. You can decide whether to amortise equipment for your own planning, but that is a personal accounting choice, not a monthly charge imposed by the stream.
Also distinguish a stream-related increment from what you would pay anyway. If you already keep a router and JioFiber connection on for the household, counting the entire subscription as a new streaming expense overstates the marginal cost. Conversely, if the stream requires a faster plan, the relevant recurring addition is the difference in charge, not necessarily the full bill. The same logic applies to a display or PC already used for other work.
Continuity has a cost beyond the energy formula if you choose backup equipment. A UPS can keep a PC and router operating through short interruptions, but the suitable capacity depends on the actual load and the runtime you want. It will not protect a stream through an extended outage unless it has sufficient stored energy, and the battery eventually needs replacement. If power cuts are part of your operating reality, the guide to keeping a YouTube stream running during power cuts in India helps frame the continuity problem separately from monthly electricity.
There is another way to avoid leaving a personal computer on: a hosted workflow that turns an uploaded video into a continuous broadcast. That changes the cost category and operating responsibilities rather than making the cost disappear. StreamNeo is relevant when the specific pain is keeping your own PC powered and attended: you upload the file once, provide the YouTube stream key, and the broadcast can continue with your computer off, with monitoring and automatic restarts if it drops. It is for YouTube only, so it will not suit every workflow, and the household electricity calculation above remains useful for comparing what you currently run.
Work through an illustrative estimate
Suppose a home operator measures a combined 60 W for the PC and display while encoding the planned loop. For a 30-day uninterrupted month, 60 × 0.72 gives 43.2 kWh. If the household’s marginal energy charge were ₹8 per kWh, the energy portion would be 43.2 × 8, or ₹345.60 before applicable bill adjustments. Both the measured load and rate in this example are illustrative; the rate is not a JioFiber quote and does not apply universally.
Next, inspect the connection. If the operator already has a suitable plan, stable upload at the chosen stream settings, and terms that permit the intended use, add no new subscription charge to the incremental estimate. If a plan change is necessary, compare the current plan’s actual recurring charge with the new one and count the difference. If the stream is commercial, confirm that use with Jio rather than inferring permission from the package name.
Finally, check bitrate-related data use. At 6 Mbps, the simple 30-day approximation is 1,944 GB; at 10 Mbps it is 3,240 GB. Compare the intended setting and all household traffic against the wording of the exact plan. Lower bitrate may reduce data use, but it also changes image quality. Choose a resolution and frame rate that the audience needs and that the tested upload can sustain, rather than selecting the highest setting by default.
Your own estimate can be written as: (measured watts × 0.72 × marginal ₹/kWh) + variable bill charges + any necessary plan-charge difference. Keep one-time equipment outside that monthly total. The calculation is only as precise as its inputs, so record the meter reading, rate source, plan name and bitrate. Update the result if your workload, bill slab, connection terms or stream configuration changes.
This calculation does not decide whether running a PC all night is worthwhile. You may value direct control over the encoder or need a live camera input, in which case the home setup may be the appropriate fit despite power use. A file-based devotional or ambience loop may have different operating needs from local news that must be updated through the day. For a 24/7 Sikh kirtan radio workflow, for example, content continuity and rights deserve attention alongside energy and connection costs.
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 electricity does it cost to run a PC 24/7?
Measure the combined PC and display load in watts, multiply by 0.72 for kWh in a 30-day month, then multiply by your applicable marginal electricity rate. At 60 W, the energy use is 43.2 kWh; the rupee cost depends on your tariff and bill adjustments.
How much data does a 24/7 YouTube livestream use?
A useful 30-day decimal approximation is bitrate in Mbps multiplied by 324 to get GB. A 10 Mbps stream works out to about 3,240 GB before overhead, reconnects and other home traffic, so check how your provider counts data.
Can I stream continuously on JioFiber unlimited data?
That depends on your exact plan, upload stability, traffic and use terms. Jio’s prepaid terms specify a 3300 GB treatment threshold for its “Truly Unlimited Plans”, while its postpaid FAQ also describes restrictions; confirm the current wording and commercial-use treatment with Jio.
Should I count my full JioFiber bill as a streaming cost?
Only if taking the connection is an incremental cost you would not otherwise have. If your existing household plan remains suitable, count no added subscription charge; if you need an upgrade, include the actual difference in plan charges.