We recently made the switch from our dinosaur electric hot water heater to our spiffy new modern solar hot water heater. Can I tell you how smart I felt by doing so?
It all started back in May when Leon and I discovered a leak coming through our fairly newly installed IKEA light fixture over the kitchen sink. As new home owners that don't know anything about home repairs, we went into a state of panic. Our one saving grace was that our "miracle leak" occurred right over the kitchen sink. You really can't ask for a better spot to have a leak. We felt blessed.
We consulted with a handful of contractors, roofers and handymen. The first thing we did was pull the entire seal off our roof to determine what kind of crack we were dealing with. Well....let me tell you, one doesn't realize one has a leak until it's rainy season in the tropics. One also doesn't realize how bad the leak is until one has no seal on the roof.
Once the seal was removed and we discovered enough cracks to break my mothers back. Our miracle leak turned into multiple miracle leaks. We got another one directly over the bathroom shower, and another one over our kitchen cabinet that just so happened to have a chip and dip platter resting directly beneath it. I was finally able to prove my point to Leon that the platter would someday be used. Chips it hasn't held, water is has.
We finally got a break in the weather and were able to seal the roof with Crossco 8500, a product that seems to be working ok and is available at Home Depot. The following day we had PR Solar Products come out to install the solar hot water heater. We purchased an 80 gallon tank with three panels. Basically we have enough hot water for our entire neighborhood to take showers, do laundry, wash dishes and do whatever else one does with hot water. It took less than 2 hours for the entire system to be installed and we had scalding hot water immediately.






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After walking every inch of the site with machetes, we evaluated the possible options. The road would provide access to each of the lots, but would also be the service spine for utilities (water, electricity, cable and phone service) AND have to be lit by streetlights to comply with municipal codes. We constructed a 3d model of the site topography to test the extents of the light pollution from the anticipated streetlights. Below are the images from preliminary designs A and J.


This standard solution seemed problematic on a couple of fronts. First, we wanted to preserve the spectacular view without interference. Second, above ground wiring can be dangerous in a hurricane or high wind storms. Exposed wires are vulnerable to falling branches and debris, and if damage does occur, residential lines will only be serviced after the main municipal line are working again. We made the decision to underground all of the electric lines for the neighborhood. Timing was coordinated with the cutting of the road, so we dug a trench parallel to the road to lay our lines.




In addition to having exceptional insulating properties, the surface is wonderful for barefoot traction. The porous finish is not slippery and is the perfect material to use around the saltwater pool. It should, however, be grouted and sealed to maintain a pristine surface - the tiny holes will otherwise trap water and cause mildew.
On the upper floor of the house a shade structure doubles as a water funnel to collect fresh rainwater. The rainwater catchment is located high up on the structure to keep the pan clear of dirt and debris. The total area is 128 sqft that gently slopes to a drain at the edge of the catchment. 





