Not much progress to report. Work has kept me busy, and I had a run-in midweek with some undercooked food at a restaurant.
We've had a cold snap, with rain and snow here, so I've not worked on the shed. With the shorter daylight hours, and the cold weather, I decided to work on the garage.
I want to get the ceiling insulated, but I have some wires to pull first. So I installed a few more lights today.
The three light fixtures in the center, in a line going away from the camera, are the original lights. I tried florescent lights, which you can see to the left. And then I switched to LED lights in the original fixtures. I installed two bulb splitter fixtures with 1600 lumen LEDs and 3500k, roughly what two 100 watt incandescent lights produce. That was good, but I wanted more so I used three bulb splitters with 2600 lumen bulbs and 6500k.
Today I added three more 'medium base' fixtures, and installed the three bulb splitters and more of the 2600 lumen bulbs. The new fixtures have pull strings, so when I'm working in the garage I can switch them on, but the rest of the time, when we are coming and going, just the original fixtures are illuminated.
12 2600 lumen LEDs, 4 1600 lumen LED bulbs, two 4 foot T8 florescent fixtures - I can see to work in my garage.
A few more things to do above the ceiling and I can get the garage insulated. So, progress. It may no look like much, but I think I got a lot done today.
Edit: Going off in a wattage tangent here. For years I had 3 100 watt bulbs in the garage, which produced 4800 lumens of light. Now I have all these LEDs, which draw 396 watts of power and produce 37,600 lumens. Nearly 8 times the illumination for 96 additional watts of electricity consumed.
This doesn't take into consideration the power draw of the florescent lights, or the lumens they contribute. I believe they draw 32 - 34 watts per bulb and produce 1800 lumens per bulb, but don't quote me on that.
Thanks for following along.