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All Forum Posts by: Robert Lubell

Robert Lubell has started 0 posts and replied 23 times.

In regards to solar... could be a great option to consider. If the development provides an ideal enough foundation and surface area for solar panels, between ITC solar tax credit, federal bonus deprecation, and state MACRS deprecation over 60% of the solar investment can be subsidized. Common area electric expenses would be low to nothing except maybe some demand charges, making electric components the better choice. If there's enough area for additional solar capacity you could even implement solar revenue by selling solar electricity directly to tenants for additional monthly income while also "green"-marketing a lower electric rate to tenants than the power company.

@Kristina Heimstaedt I can help!

Would you take over the utility account completely? Or would you have the tenant still be responsible for the electric utility bill for surplus electricity demand?  As far as economics, with the retail price of electricity in CA being as high as it is, you'll more than be able to recoup solar cost from the tenant while ALSO passing a savings benefit to your tenant. If you're financing the solar you may even be cashflow positive day one. 

The question in my opinion is what's the best method of cost recovery so the tenant perceives real value. Reduced or included power bills can be attractive to most, obviously, but a higher rent as a consequence may push others elsewhere. Plus it's hard for both you and the tenant to measure/track the savings or cost recovery. 

If you could prove the tenant savings month to month compared to the utility's rates that would be a no-brainer for the tenant. That can easily be done and cost virtually nothing with today's energy monitoring tech which could also insure you're increasing your own cashflow on top of the cost recovery.  

Let's connect, I help owners with these rental property solar projects quite frequently. 

Originally posted by @Lena Kendall:

Hello everyone, I'm new here and am looking for some advice.

I own a SFH in Northern California and rent out two rooms while living in the master. I am interested in getting solar panels for the home and am wondering how that affects my tenant's utilities bill. I have gathered from other forums and discussions that if a home has solar panels, the tenant is not charged any electricity bill unless there is an overage. Am I correct in assuming that you cannot charge a tenant for use of solar-powered electricity if there is no actual bill from the utilities company (PG&E)?

Hi Lena, I sent you a connect request. 

Happy to share some info on how you can charge tenants for use of your solar electricity without worrying about separate utility meters, etc. 

Looking forward to connecting

Post: 8 Unit Deal - Utility Question

Robert LubellPosted
  • San Diego, CA
  • Posts 25
  • Votes 22

I believe RUBS is enforceable in 48 states.

Originally posted by @Darwin Crawford:

@Robert Lubell - thank you, and no, I haven't forgotten you.  

Team BP - Theoretically, you might still be reading this.  Then again, maybe not.  

Anyhow, my next step is to complete and install a PV solar system on this place to give me if not free, then very cheap power.  I got inspired the other day by this guy: http://www.mrmoneymustache.com/2018/02/07/diy-sola...

The nitty gritty of this is that PV solar is a very large, complex world, with a ton of obtuse language and lots of opportunities to spend money that you don't need to.  For the most part, your average investor needs absolutely none of what I'm about to tell you, so keep reading at your own risk.  Also - this really only makes sense on a master-metered building, or one that you might want to rent out with "utilities included".  

However, if you're some niche-owning weirdo like me, and think the idea of being in the utility business is a good one, here is what I've found:  

the first step is what you feel comfortable doing.  Does the thought of opening an electrical panel seem scary?  if so, good.  go back to work and save up enough money to pay a pro.  your health insurance will thank you.  Seriously, this $h*t is dangerous, so if you cannot read wiring, etc, it is a really really good idea to talk to a good reputable contractor in the business, and maybe even hire them.  

I'm fortunate enough to know enough to get this done, and have some really great resources I can pull from locally, and the math works in my favor.  

System Capacity - go to http://pvwatts.nrel.gov/pvwatts.php and see what's what.  Your system should be sized as follows:  as much as you can comfortably afford without going broke, and don't count on making $ back from the power company.  

For me, I elected to design this system so that it produces a surplus for at least 7 months out of the year.  The math for that can be found on your power bill and then google.  Use the average monthly kWh (kilowatt-hour) consumption and then just average it.  Mine will be a little higher because I am putting a charger at this location for my electric car.  Free sun power for driving?  Heck yea man sign me up!

Rooting around here again on the good ol' List of Craig, I managed to locate a state of the art Inverter (the heart of the system) for 10 cents on the dollar from new, along with a pile of other widgets called Optimizers.  $4k retail?  Malarky!  Try $450 cash loaded in my truck.  God Bless America and all that jazz.  Poor dude had no idea what was in his garage...

Panels - I'm trying to buy american where I can afford it, so there are a few options.  Shop your local dealers around, shop online, and don't be afraid to use your hands.  I'm split-testing some decommissioned panels from a CA power plant ($65 each for 315W) that need chips repaired in the glass, versus some new demo units for $170/each for 300W.  Both designed and assembled stateside.  Going used on these is A-OK, most have 25 year output guarantees, and there is a TON of "sunk energy" in each one involved in manufacturing and shipping.  Lets not waste that, shall we? 

If you can save on the big-ticket stuff (panels, inverter, etc) then you can go ahead and get the hugely labor-saving brackets, mounting wires, and diagram done professionally, and still come out WAY ahead on this project.  I'm still gathering parts, but the tab is about 25%-30% of the quote I got from a local installer for parts alone.   

The whole point on this project is to take an expense (in this case an average of about $200/month in power) and turn it into a revenue source from my tenants.  

Will keep posting updates as I move this along, but so far, its looking pretty promising!

Happy Investing

 - Darwin

Love this. Looking forward to hearing how all this goes! As you know already, these type of multi family solar projects are my team's niche, redirecting the electric utility's revenue into your (or property owners) pocket. Master metered buildings are as sweet as it gets for this strategy, but it works for individually metered buildings as well with either utility aggregation or separate unit level energy monitoring. I would love to share some of our experiences with you and bounce more ideas back and forth. Currently have a handful of revenue generating solar projects going from SFR rentals to 20 unit buildings to 280 unit complexes.

Just curious.. Will you be passing any savings (compared to utility costs) to tenants for marketability? If so how will you manage this as utility rates rise/fluctuate? Do you plan on simply raising rent to secure the revenue margin or would you find more value billing as a line item based on individual unit's consumption? The latter might give tenants more incentive to be energy conscience, thus increasing your NOI further.

Originally posted by @Darwin Crawford:

Gang BP - been a bit, but I finally have a side-by-side comparison of energy use.  For the month of March 2017 (old building, old AC units, old windows), total use was 1482 kWh for building.  

For the month of March 2018, with roof, windows, AC upgrades and tankless water/solar heat - Total use.....drumroll.....

580kWh. 

Full disclosure, there are about a million things that go into power consumption, weather patterns, etc.  However, the overall trend, while not as good as I'd hoped, is still nearly 2/3 REDUCTION in power use.  As icing on the cake, the power levels are now low enough that a PV solar system would be around $11k, versus the $30K needed to power that old, inefficient pig of a building completely.  

Onward and Upwards, but I think this might be the start of a business model here in my (very niche) home market.  

Happy Investing,

 - Darwin

"Reduce before you produce"

Post: Solar Panels on roofs

Robert LubellPosted
  • San Diego, CA
  • Posts 25
  • Votes 22

Fannie Mae’s HomeStyle Energy Program is a mortgage option that allows borrowers to finance clean energy upgrades equal to up to 15 percent of the as-completed appraised value of the home. Solar PV is also an option, along with energy- and water-efficiency retrofits. It is available for single-family homes and multifamily homes of up to four units.

Post: Solar Panels on roofs

Robert LubellPosted
  • San Diego, CA
  • Posts 25
  • Votes 22

Nationwide study of the premium for homes with solar back in 2014. Obviously since then value has only shifted further in favor of solar pv, not to mention solar pv cost continuing to decrease. What I got from it was that homes with solar sold faster and would sell for between $3 and $5 per watt of installed solar pv capacity more than homes without, depending on what states and other factors, etc etc. In theory this would basically mean you would get your initial investment back when you sell plus whatever tax incentives you received. That's in addition to whatever savings you racked up during your solar experience.

Anywhoooo, here it is

http://eta-publications.lbl.gov/sites/default/files/lbnl-6942e.pdf

Post: Solar Panels on roofs

Robert LubellPosted
  • San Diego, CA
  • Posts 25
  • Votes 22
Originally posted by @Russell Brazil:

In the DC area they devalue your property. Consult with a knowledgelable agent in your market to see if they have a positive or negative affect on your property value.  Ive run into a number of sellers who are very surprised to find their homes sell for $25k less, which is much more significant than the $50 s month they were saving.

I'd imagine this is regarding leased panels or a PPA solar program, these are designed to make the solar company lots of money. It's important to keep these separate from purchased/owned solar system scenarios, however many people mistakenly merge these together in their head as the same product, and it's not. Outright owned panels add value. 

Post: Solar Panels on roofs

Robert LubellPosted
  • San Diego, CA
  • Posts 25
  • Votes 22
Originally posted by @Marc Biviano:
Hi , I'm looking for feedback on solar panels on my personal home in Massachusetts. I am in need of a new roof soon and have been looking into solar panels on my roof as an option to cut my electric bill. I would only be interested in purchasing the panels on a payment plan with a payoff period of about 7 years. Massachusetts still has a 30% credit on place as well as a State $1000 credit. I'm looking for peoples experience with solar panels good and bad to determine if it is worthwhile for me. Also what have you had for costs of installing 6-8kw systems will solar panels hurt the longevity of my roof. Thanks

 Marc,

Many people don't know this but Massachusetts has consistently been ranked the #1 best state for PV solar. Yes, better than CA and AZ. Going into 2018 still ranks #2.

https://solarpowerrocks.com/2018-state-solar-power-rankings/

Factors include:

1) Overall Grade 2) Renewable Portfolio Standard 3) Solar Carve Out 4) Electricity Price 5) Net Metering 6) Interconnection 7) Solar Rebates 8) State Solar Tax Credits 9) Performance Payments 10) Sales Tax Exemption 11) Property Tax Exemption

--

It's not all just about sun hours.. tax incentives, rebates, and local policies make just as much of an effect on solar viability. I have been very involved in the solar industry for about a decade now, and more recently bridging the space between solar and real estate. Here are my thoughts based on your questions:

Need a new roof? The 30% ITC Tax credit for solar ALSO includes your roof. The tax code clearly states the cost associated to a foundation for solar such as a roof will not fail to qualify here. In short you can be credited back dollar for dollar 30% of your solar AND roof cost against your tax liability. Definitely worth doing both together & wrapping them in the same financing. Also, Im not a tax professional and this is not tax advice, but your CPA should be able to claim you deprecation on your investment as well, gaining you even more tax benefit.

Solar panels provide cover from the elements to the shingles located below them, thus increasing shingle life. Most solar contractors these days hold 10 -25 year warrantys on their workmanship/penetrations. It's 2018... days of damaged roofs due to solar installs are long gone (unless you have a ceramic tile roof or something that easily breaks when stepped on)

You can easily reduce your power bill down to just the utility's basic charge, typically 5-10 bucks per month. And in states with high electricity costs, including Massachusetts, you should easily be able to have a loan payment that is less than your old power bill. Financially / Cashflow speaking, solar is a no brainer if you can make this happen. Plus once it's paid off, thats it, no more power bill. 

Batteries are getting better, however for now I would only suggest them to very concerned "doomsday" folks or for the intent of reducing time-of-us utility charges. You can request from you solar contractor to have a grid-tied solar only system installed that is prepped (plug & play) for future battery implementation. There are some minor solar equipment differences, specifically with the inverter, if you intend to add batteries now or later

If a solar system is properly engineered, snow is a non-issue. Most solar engineering software accounts for average weather conditions for your zip when sizing the required system to offset your electric consumption. Ideally it would be designed to "over-produce" enough during sunny months to save up enough Net Metered kWh credits from your utility to get you through the less sunny months without an issue. The utility in MA has a great net metering program that allows you to bank your unused production without needing batteries. 

For a 6-8kw system (this is a tad higher than average fyi), you should feel good in the range of $18k-$25k gross (remember you can get back 30% of that, plus the state incentive, plus any other local rebates/incentives). Basically it's like buying a brand new car at 40% off , except is saves you about the same amount of money that a car would costs you in gas. That makes this a great asset to own.

I do have some good relationships there in MA, let me know if you'd like me to get you in touch with a trusted contractor. 

Hope this helps

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