On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the country.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?Install more solar panels to replace the reduced capacity.
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the country.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the country.Install more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.
On 6/14/23 12:03 PM, ScottW wrote:country.
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the
Install more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.By "poof," you mean goes up by 0.5 percentage points per degree. Since you're just blue skying the economics, so can I: what if increasing the demand for panels creates greater economies of scale, reducing the cost?
On 6/14/23 12:03 PM, ScottW wrote:country.
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the
Install more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.By "poof," you mean goes up by 0.5 percentage points per degree. Since you're just blue skying the economics, so can I: what if increasing the demand for panels creates greater economies of scale, reducing the cost?
On Wednesday, June 14, 2023 at 10:37:06 AM UTC-7, mINE109 wrote:
On 6/14/23 12:03 PM, ScottW wrote:
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:By "poof," you mean goes up by 0.5 percentage points per degree.
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount ofInstall more solar panels to replace the reduced capacity.
energy generated from solar panels. Output on Sunday was
almost a third lower than a week earlier, despite
temperatures climbing above 30 degrees celsius across large
parts of the country.
Solar panels are tested at a benchmark of 25C. For every
degree rise in temperature above this level, the efficiency
is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.
Since you're just blue skying the economics, so can I: what if
increasing the demand for panels creates greater economies of
scale, reducing the cost?
and what if shortages of critical materials like silver makes
increased demand skyrocket costs?
Your blue sky is raining.
On Wednesday, June 14, 2023 at 1:37:06 PM UTC-4, mINE109 wrote:country.
On 6/14/23 12:03 PM, ScottW wrote:
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the
By "poof," you mean goes up by 0.5 percentage points per degree. SinceInstall more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.
you're just blue skying the economics, so can I: what if increasing the
demand for panels creates greater economies of scale, reducing the cost?
and you can say that about gas and coal. Lets go clean coal and reduce our costs.
China has the right idea.
On 6/14/23 1:55 PM, Art Sackman wrote:country.
On Wednesday, June 14, 2023 at 1:37:06 PM UTC-4, mINE109 wrote:
On 6/14/23 12:03 PM, ScottW wrote:
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the
By "poof," you mean goes up by 0.5 percentage points per degree. SinceInstall more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.
you're just blue skying the economics, so can I: what if increasing the >> demand for panels creates greater economies of scale, reducing the cost?
and you can say that about gas and coal. Lets go clean coal and reduce our costs.No, even China is planning to reduce coal.
China has the right idea.
On Thursday, June 15, 2023 at 10:12:16 AM UTC-4, mINE109 wrote:country.
On 6/14/23 1:55 PM, Art Sackman wrote:
On Wednesday, June 14, 2023 at 1:37:06 PM UTC-4, mINE109 wrote:
On 6/14/23 12:03 PM, ScottW wrote:
On Wednesday, June 14, 2023 at 9:53:46 AM UTC-7, mINE109 wrote:
On 6/14/23 11:46 AM, ScottW wrote:
High temperatures over the weekend also reduced the amount of energy generated from solar panels. Output on Sunday was almost a third lower than a week earlier, despite temperatures climbing above 30 degrees celsius across large parts of the
No, even China is planning to reduce coal.and you can say that about gas and coal. Lets go clean coal and reduce our costs.By "poof," you mean goes up by 0.5 percentage points per degree. Since >>>> you're just blue skying the economics, so can I: what if increasing the >>>> demand for panels creates greater economies of scale, reducing the cost? >>>Install more solar panels to replace the reduced capacity.
Solar panels are tested at a benchmark of 25C. For every degree rise in temperature above this level, the efficiency is reduced by 0.5 percentage points.
So what to do?
and the lower cost of solar goes.....poof.
China has the right idea.
By building 900 instead of 1000
By building 900 instead of 1000So China gets it wrong both ways. Too bad.
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