Step 7Final Thoughts
All in all, this one was a lot of work! I totally think it was worth it, but if I ever make something like this for someone else I will most definitely make sure to buy a better set of solar lights. These ones were just too much work.
I must truly apologize for the quality of the night time pictures! My cat, who I love but sometimes want to strangle, knocked my camera on the floor the night before I installed these. While the camera still works, the buttons that allow me to control light sensitivity and shutter speed are broken. It is currently impossible for me to take a decent long exposure at night so the full effect of the lights is lost somewhat. I will post some better ones once I get a new camera, but that probably won't be soon due to financial constraints. If anyone out there has some recommendations for a reasonably good quality but low priced camera with basic manual controls, I would really like to know about it!
As always, please take a moment to comment, rate, and/or subscribe! I really like hearing from people about their thought regarding my instructables. Also, if you build something based on or inspired by my project, post some pictures and I'll send you a digital patch! Oh, and I'm experimenting with boldfacing important points in my instructable. What do you think? Good idea or kind of stupid?
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in this instructible, the new panel you made consist of more than 1 "crappy" panels right?
how many to be exact? the shapes seems "off" can you tell me more on that?
Take a closer look at step 5, there's a link to another instructable that I pilfered the idea from. Basically, there are several retailers that sell fractured solar panels for really cheap. All you have to do is properly wire them together and you end up with a nice solar panel for much less than you'd pay for it prebuilt.
Thanks for commenting and don't hesitate to ask if you have any other questions. Also, speaking as a person who's really into solar power, I'd love to see an instructable about how to go solar at home!
Fundamentally, in Malaysia, our general standard domestic voltage is 240V. bty changing to solar, I am looking at all 12VDC without any means of inverter as it is additional cost to me.
My plan is simple and will take up a long time to conceive (5 years)
STAGE 1.
By reducing the voltage to 12VDC, we will expect all equipment to have to utilize higher current (V=IR). Hence to avoid meltdown or cable fault. we decided to check all cables and finally stage 1 is already completed. all our cables are now 2.2mm instead of local developer standard of 1.2mm. this is an easy step.
STAGE 2. - Let there be light.
Lamp and all basic utilities are now running on 12VDC with the help of a little 12VDC power supply (inverter).
My staircase and night lamp is now consisted of 12V LED only!
STAGE 3 - Important appliances.
AIR-CONDITION UNITS (it is average 89F here year round!)
FRIDGES, WASHING MACHINE, Etc... All new machine will be checked before purchase. Only machines with 12VDC compatible is sought. That means, go for machines that runs on inverter, 12/24VDC is ok... It is just about when I will take off the inverters and run in DC. (This is almost complete except for our fridge and washing machine, which is quite new and I made a mistake purchase based on cost and not forward compatibilty)
STAGE 3 1/2 - Calculation.
STAGE 4 - Purchase of relevant power generation equipments.
STAGE 5 - Installation of the PG equipments and power up.
STAGE 6 - (5 years later) My solar home.. :-)
24 hours climate control and off-grid... yippee!!!
The cost may not be reduced, but the pain can be minimized.. LOL.
Handshake for a person that share the same thought as I am.
At this rate, I guess, not only Obama is going to screw up. My country is going backward. Yet, this is for another forum.
Let us be less depending on the grid and do our part for the earth.