How to convert Mwh costs to MW-e

[Vanessa Ndlovu]

Good day,

Can anyone please assist me in converting Mwh costs into MW-e costs. The costs that I have are measure in Rands per Mwh but the input on the model requires the costs to be per MW-e and I dont know how the conversion works. Please assist. Thank you in advance.

[Jakob Zinck Thellufsen]

Hello Vanessa

To convert from MWh to MW, you can either identifiy the peak production capacity that EnergyPLAN identifies to produce the required energy for the specific technology.

More simple can be to divide MWh with 8784, this will give you the cost in RAND/MW, but the MW will be based on the average capacity which is not always the case.

Jakob

[Lewis hamilton]

The formula used to calculate megawatt-hours is Megawatt hours (MWh) = Megawatts (MW) x Hours (h). To convert megawatt hours to megawatts, you are going to need to divide the number of megawatt hours by the number of hours. In other words: Megawatts (MW) = Megawatt hours (MWh) / Hours (h).

[Mice Fect]

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[Amora Potter]

Here’s how you can perform the conversion:

Start with the cost per MWh. Let’s say it is 500 Rands per MWh.

Calculate the cost per MW-e using the efficiency factor. Divide the cost per MWh by the efficiency percentage (as a decimal). In this case, divide 500 Rands by 0.35 (35% expressed as 0.35):

Cost per MW-e = Cost per MWh / Efficiency

Cost per MW-e = 500 Rands / 0.35

Cost per MW-e = 1428.57 Rands per MW-e foodle

So, the cost per MW-e would be approximately 1428.57 Rands.

[Senry Mill]

Thank you)

[Christina Larson]

Certainly! I can assist you in converting the cost from Rands per MWh (megawatt-hour) to Rands per MW-e (megawatt-electric). The conversion is essentially a unit conversion that accounts for the difference between energy and electric capacity.

[Jason Blois]

Do you know now?

[kalyl cie]

MWh represents the amount of slope game electrical energy produced or consumed over an hour, while MW-e represents the instantaneous electrical power. In other words, MWh is a measure of energy over time, while MW-e is a measure of power at a specific point in time.

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[laura lorde]

Keep in mind that the capacity factor is suika game crucial in this conversion because it represents the efficiency and utilization of the power plant.

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[James Alan]

To convert MWh costs to MW-e, you’d typically adjust for the capacity factor of the energy source. Since MW-e represents electrical output capacity and MWh is energy produced over time, the cost per MW-e would factor in how many hours the system operates at full capacity. For example, if you know the cost per MWh and the capacity factor (the percentage of time the system operates at full capacity), you can estimate the annual cost per MW-e by dividing the cost per MWh by the capacity factor and then adjusting for the number of hours in a year that the system is expected to run at full capacity. It’s a bit technical, so I’d recommend consulting with an energy economist or engineer for precise calculations tailored to your specific context.

Regards,
James from Y9 Games

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