On 23/02/2023 1:11 p.m., Ben Bolker wrote:
Not important (of course) but where does the 5000 kWh per tree number
come from? Is that (dry weight) x (50% carbon per dry weight) / (carbon
content of CO2 emissions per kWh) ?
https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator#res
On 23/02/2023 1:11 p.m., Ben Bolker wrote:
Not important (of course) but where does the 5000 kWh per tree number
come from? Is that (dry weight) x (50% carbon per dry weight) / (carbon
content of CO2 emissions per kWh) ?
That's just made up, but it is close to the numbers here for dry wood
Not important (of course) but where does the 5000 kWh per tree number
come from? Is that (dry weight) x (50% carbon per dry weight) / (carbon
content of CO2 emissions per kWh) ?
https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator#results
If we say 200 watts x 15 minutes (al
Hi Martin.
I think your calculations are way off. A one-tonne tree contains about
5000 kWh of energy. A typical computer server uses about 200 watts, and
can process many jobs simultaneously on different cores, but let's say
the whole server is dedicated to the Github action. Then it would
> Spencer Graves
> on Tue, 21 Feb 2023 05:25:39 -0600 writes:
> On 2/21/23 2:34 AM, Vasileios Nikolaidis wrote:
>> Yes, with all this I can think where I may have messed up. So thanks for
>> the help, at least it verified it is indeed an issue with the code. As
>> fa
