So I pulled the plug on solar and the contract has been signed. The numbers for solar are getting even more insane as Keith has found even more available Nyserda grant money. How I love Keith.
So you can see that I’m getting a $26,891 solar installation for essentially $9,390 out of pocket. This article about how investing in solar compares with investing in the stock market and why I think that solar makes more sense for pretty much everyone.
This year I decided to go solar at my house. The projections called for me to get the payback period within 15 years (and only 9 years if I manage to get all the tax rebates which is unlikely). I was not satisfied with a 15 year payback so I started thinking about ways I could cut that down to less than 5 years instead. Seemed to me there are 2 ways to do that :
- Use electricity instead of fossil fuels (buy an electric car, install an efficient electric air-air heat pump instead of using propane to heat)
- Sell some of the electricity I produce back to my tenants
I decided that the best course of action was to do both. Since I could not afford an electric car with the range I would need I purchased a 12,000 BTU Mitsubishi Air/Air heat exchanger from Sylvaine.com for $1599 shipped (available here). As a side not you need to get a line set with the heat pump which will add another $99-200 depending on the length. There are much cheaper Chinese units out (like 1/2 the price) there but my hope is that I’ll be able to get parts for it when it breaks and that it will last at least 10 years. I talked to lots of people with Mitsubishi heat pumps and they all love them. One thing that I really hate is this disposable society where people just throw things away rather than trying to fix them. I will do a separate article in the future on installing the heat pump and a review.
A Minisplit heat pump can heat with about 1/3 the amount of electricity as an electric space heater
This article is mainly talking about the process of connecting the breaker boxes for my tenants together and turning them into sub-panels and setting it up so that their electricity usage is automatically tracked and they are billed every month using Eyedro energy monitors.
I’ve been procrastinating about going solar for a long time, probably too long. I’ve been waiting for panels to get as cheap as possible while the incentives are the best they can be. With Trump’s tariffs on solar panels I didn’t think that now would be a good time to go solar, but once I ran the numbers I found out I was wrong. Today I signed my soul away to Renovous so I could go solar.
So here’s a bad image showing you how awesome my solar installation will hopefully be. Essentially I’m getting a $24,811 installation for $8,956 out of pocket. That includes 8.28Kw of solar panels and a 7Kw inverter. To give you a comparison my wife has an off-grid system with a whopping 1.5Kw of panels and she is into it for almost $10,000 and it was installed for free by a close friend of hers. Of that $10,000 about $3000 is batteries and she is already on her third set (spoiler alert, get Trojans, everything else sucks ass).