As Stalker22 said, if OP, (who hasn't visited the topic since) found the simple explanation too complicated do you think this will help? He had problems with raw kwh translated metrics, what's the point of talking about joules and volt-amp, like seriously? Anyhow, I guess we can't help OP anymore no matter how we try to dissect this and it will turn basically into a discussion between us, he maybe has got wind of a business from somewhere else and he just enquired without knowing the details or something else, but he has o real plan on it, nor does he know too much about mining either. So, I don't want to be a pessimist and like bury other's dreams so roughly but if you don't know what you're doing better stop doign it, especially if it costs money! And where does the 4.8 comes from? If your solar plant produces only 20% of its max rated power capacity throughout the year, it basically boils down to 24h*0.2=4.8 (your power factor), in order to calculate a rough estimate of the average daily production. Yeah but again it's average per year, so depending where you're situated you can have even 30% variance summer winter, and if you're running only on solar that would be a tremendous increase in batteries, if you use those solar panels for heating again, what's spare energy in summer bight be not enough for an s9 in winter...and so on! We're just talking assumptions here without OP helping us!
As Stalker22 said, if OP, (who hasn't visited the topic since) found the simple explanation too complicated do you think this will help? He had problems with raw kwh translated metrics, what's the point of talking about joules and volt-amp, like seriously? Anyhow, I guess we can't help OP anymore no matter how we try to dissect this and it will turn basically into a discussion between us, he maybe has got wind of a business from somewhere else and he just enquired without knowing the details or something else, but he has o real plan on it, nor does he know too much about mining either. So, I don't want to be a pessimist and like bury other's dreams so roughly but if you don't know what you're doing better stop doign it, especially if it costs money! And where does the 4.8 comes from? If your solar plant produces only 20% of its max rated power capacity throughout the year, it basically boils down to 24h*0.2=4.8 (your power factor), in order to calculate a rough estimate of the average daily production. Yeah but again it's average per year, so depending where you're situated you can have even 30% variance summer winter, and if you're running only on solar that would be a tremendous increase in batteries, if you use those solar panels for heating again, what's spare energy in summer bight be not enough for an s9 in winter...and so on! We're just talking assumptions here without OP helping us!

As Stalker22 said, if OP, (who hasn't visited the topic since) found the simple explanation too complicated do you think this will help? He had problems with raw kwh translated metrics, what's the point of talking about joules and volt-amp, like seriously? Anyhow, I guess we can't help OP anymore no matter how we try to dissect this and it will turn basically into a discussion between us, he maybe has got wind of a business from somewhere else and he just enquired without knowing the details or something else, but he has o real plan on it, nor does he know too much about mining either. So, I don't want to be a pessimist and like bury other's dreams so roughly but if you don't know what you're doing better stop doign it, especially if it costs money! And where does the 4.8 comes from? If your solar plant produces only 20% of its max rated power capacity throughout the year, it basically boils down to 24h*0.2=4.8 (your power factor), in order to calculate a rough estimate of the average daily production. Yeah but again it's average per year, so depending where you're situated you can have even 30% variance summer winter, and if you're running only on solar that would be a tremendous increase in batteries, if you use those solar panels for heating again, what's spare energy in summer bight be not enough for an s9 in winter...and so on! We're just talking assumptions here without OP helping us!

As Stalker22 said, if OP, (who hasn't visited the topic since) found the simple explanation too complicated do you think this will help? He had problems with raw kwh translated metrics, what's the point of talking about joules and volt-amp, like seriously? Anyhow, I guess we can't help OP anymore no matter how we try to dissect this and it will turn basically into a discussion between us, he maybe has got wind of a business from somewhere else and he just enquired without knowing the details or something else, but he has o real plan on it, nor does he know too much about mining either. So, I don't want to be a pessimist and like bury other's dreams so roughly but if you don't know what you're doing better stop doign it, especially if it costs money! And where does the 4.8 comes from? If your solar plant produces only 20% of its max rated power capacity throughout the year, it basically boils down to 24h*0.2=4.8 (your power factor), in order to calculate a rough estimate of the average daily production. Yeah but again it's average per year, so depending where you're situated you can have even 30% variance summer winter, and if you're running only on solar that would be a tremendous increase in batteries, if you use those solar panels for heating again, what's spare energy in summer bight be not enough for an s9 in winter...and so on! We're just talking assumptions here without OP helping us!