diff --git a/author/davidjb.html b/author/davidjb.html index 610fd12c..222ccecb 100644 --- a/author/davidjb.html +++ b/author/davidjb.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/blog/2014/07/project-green-house-1-led-replacement-lighting-for-round-cfls/index.html b/blog/2014/07/project-green-house-1-led-replacement-lighting-for-round-cfls/index.html index 3c45a4d1..84296495 100644 --- a/blog/2014/07/project-green-house-1-led-replacement-lighting-for-round-cfls/index.html +++ b/blog/2014/07/project-green-house-1-led-replacement-lighting-for-round-cfls/index.html @@ -297,7 +297,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/category/environmental.html b/category/environmental.html index 378e1aa4..2829af02 100644 --- a/category/environmental.html +++ b/category/environmental.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/drafts/project-green-house-2-led-replacement-lighting-part-2.html b/drafts/project-green-house-2-led-replacement-lighting-part-2.html new file mode 100644 index 00000000..a3ff6186 --- /dev/null +++ b/drafts/project-green-house-2-led-replacement-lighting-part-2.html @@ -0,0 +1,153 @@ + + + + + Project ‘Green’ House #2: LED replacement lighting (part 2) + + + + + + + +

+
+
+
+

+ Project ‘Green’ House #2: LED replacement lighting (part 2)

+ +
+ +
+
+

Power comparison

+ ++++++++ + + + + + + + + + + + + + + + + + + + + + + + + + +
TypePower ratingBrandWattsPower FactorAmps
CFL14w T5Beacon Lighting9.100.530.06-0.08
LED16wGeneric4.780.320.06
+

The figures above aren’t entirely accurate as the power meter I’m using is +only montoring amps to 2 decimal places, and watts to whole numbers. From +some of the calculations I’ve done, these figures aren’t even rounded, they’re +just truncated.

+

The comparison between the two lights isn’t exactly fair or exact. The LED +straight replacement is a lot brighter than the fluorescent tube, but the +fitting I’m putting the LEDs into is really designed for the 360 degree nature +of a fluorescent tube. The LEDs are only 180 degree light emission.

+

The colour of the LEDs in this instance is really terrible — the colour is +essentially purple/pink. In order to counter this, I’ve opted for colouring +in the lights with a yellow marker, in order to filter out some of the red and +most of the blue in the light, and roughly restore the light to a ‘natural +white’ like it was supposed to be the in the first place.

+

This serves as a lesson to try and buy from a reputable seller online or try +and buy one before committing. LED colouring can be really messy, especially +when dealing with manufacturers in other countries directly.

+
+ +
+ +
+
+
+
+

blogroll

+ +
+
+

social

+ +
+
+ + + + + + + \ No newline at end of file diff --git a/feeds/all-en.atom.xml b/feeds/all-en.atom.xml index faa4d99a..1f2adbd8 100644 --- a/feeds/all-en.atom.xml +++ b/feeds/all-en.atom.xml @@ -256,7 +256,7 @@ of total power in amps. Yes, the power factor is lower than most CFLs I had, but the current draw is significantly smaller &#8212; compare 0.06A to 0.22A or&nbsp;0.44A.</p> <p>There are similar power savings to be had from the 12w <span class="caps">LED</span> boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for +less total current drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for the&nbsp;CFLs.</p> <p>The difference between 22w and 32w CFLs and their respective <span class="caps">LED</span> counterparts isn&#8217;t as significant as I originally expected, but I&#8217;m fairly sure this comes diff --git a/feeds/all.atom.xml b/feeds/all.atom.xml index 42c25391..15e846d2 100644 --- a/feeds/all.atom.xml +++ b/feeds/all.atom.xml @@ -256,7 +256,7 @@ of total power in amps. Yes, the power factor is lower than most CFLs I had, but the current draw is significantly smaller &#8212; compare 0.06A to 0.22A or&nbsp;0.44A.</p> <p>There are similar power savings to be had from the 12w <span class="caps">LED</span> boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for +less total current drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for the&nbsp;CFLs.</p> <p>The difference between 22w and 32w CFLs and their respective <span class="caps">LED</span> counterparts isn&#8217;t as significant as I originally expected, but I&#8217;m fairly sure this comes diff --git a/feeds/davidjb.atom.xml b/feeds/davidjb.atom.xml index d2f87e39..f652b594 100644 --- a/feeds/davidjb.atom.xml +++ b/feeds/davidjb.atom.xml @@ -256,7 +256,7 @@ of total power in amps. Yes, the power factor is lower than most CFLs I had, but the current draw is significantly smaller &#8212; compare 0.06A to 0.22A or&nbsp;0.44A.</p> <p>There are similar power savings to be had from the 12w <span class="caps">LED</span> boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for +less total current drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for the&nbsp;CFLs.</p> <p>The difference between 22w and 32w CFLs and their respective <span class="caps">LED</span> counterparts isn&#8217;t as significant as I originally expected, but I&#8217;m fairly sure this comes diff --git a/feeds/davidjb.rss.xml b/feeds/davidjb.rss.xml index 27dc07e5..7ad50cbe 100644 --- a/feeds/davidjb.rss.xml +++ b/feeds/davidjb.rss.xml @@ -256,7 +256,7 @@ of total power in amps. Yes, the power factor is lower than most CFLs I had, but the current draw is significantly smaller &#8212; compare 0.06A to 0.22A or&nbsp;0.44A.</p> <p>There are similar power savings to be had from the 12w <span class="caps">LED</span> boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for +less total current drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for the&nbsp;CFLs.</p> <p>The difference between 22w and 32w CFLs and their respective <span class="caps">LED</span> counterparts isn&#8217;t as significant as I originally expected, but I&#8217;m fairly sure this comes diff --git a/feeds/environmental.atom.xml b/feeds/environmental.atom.xml index 467339e5..daf041a2 100644 --- a/feeds/environmental.atom.xml +++ b/feeds/environmental.atom.xml @@ -256,7 +256,7 @@ of total power in amps. Yes, the power factor is lower than most CFLs I had, but the current draw is significantly smaller &#8212; compare 0.06A to 0.22A or&nbsp;0.44A.</p> <p>There are similar power savings to be had from the 12w <span class="caps">LED</span> boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for +less total current drawn. Again, compare 0.05A for the <span class="caps">LED</span> board to 0.22A for the&nbsp;CFLs.</p> <p>The difference between 22w and 32w CFLs and their respective <span class="caps">LED</span> counterparts isn&#8217;t as significant as I originally expected, but I&#8217;m fairly sure this comes diff --git a/index.html b/index.html index d51cf036..8ae165bc 100644 --- a/index.html +++ b/index.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/tag/energy.html b/tag/energy.html index e119d0be..c316e03b 100644 --- a/tag/energy.html +++ b/tag/energy.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/tag/environment.html b/tag/environment.html index dc53a0c6..26316472 100644 --- a/tag/environment.html +++ b/tag/environment.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/tag/green-house.html b/tag/green-house.html index 303d8fdc..ca8915e7 100644 --- a/tag/green-house.html +++ b/tag/green-house.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes diff --git a/tag/green.html b/tag/green.html index 0be7901b..28450acf 100644 --- a/tag/green.html +++ b/tag/green.html @@ -291,7 +291,7 @@

Power comparison

but the current draw is significantly smaller — compare 0.06A to 0.22A or 0.44A.

There are similar power savings to be had from the 12w LED boards over their 22w counterparts, consuming around 77% less real power in watts, and 43.2% -less total curren drawn. Again, compare 0.05A for the LED board to 0.22A for +less total current drawn. Again, compare 0.05A for the LED board to 0.22A for the CFLs.

The difference between 22w and 32w CFLs and their respective LED counterparts isn’t as significant as I originally expected, but I’m fairly sure this comes