WHY SOLAR?
How Power is Delivered
With traditional utility power, you pay a rate for each kilowatt (kWh) of power you draw from the grid plus several other charges and fees.
Generation
The energy delivery process begins at power plants, where various energy sources such as coal, natural gas, nuclear, hydro, wind, or solar are used to generate electricity. These power plants convert the potential energy stored in these sources into electrical energy through different methods, such as burning fuels, harnessing steam, or capturing sunlight.
Transmission
Once electricity is generated, it’s transmitted over long distances through high-voltage power lines. These transmission lines form a network known as the electrical grid. The high voltage is used to minimize energy loss during transportation. Transformers are used to step up or step down the voltage as needed.
Distribution
At this stage, the electricity enters the local distribution network. Substations within communities further reduce the voltage to a level suitable for homes and businesses. Distribution lines carry electricity through neighborhoods and streets, and smaller transformers further reduce the voltage for safer use.
Traditional Power Charges
With traditional utility power, you pay a rate for each kilowatt (kwh) of power you draw from the grid plus several other charges and fees.
*Numbers reflected below are for illustrating purposes only.
Transmission Charges
Distribution Charges
Public Purpose Programs
Nuclear Decomissioning
Local Government Fee
Delivery Charges
Tier 1 | Off-Peak (101kWh x $0.08958)
Tier 1 | On-Peak (101kWh x $0.16958)
Tier 2 | Off-Peak (112kWh x $0.17958)
Tier 2 | On-Peak (127kWh x $0.24958)
TOTAL
$163.21
Current Utility Rates
As your home consumes more energy throughout the month, the cost per kilowatt hour you are charged increases.
210
0.24 KwH

*The length of time in each tier determines the monthly energy rate of energy costs. Average is based on location.
Rising Utility Costs
Utility rates continue to rise – Electricity prices have continued to increase unpredictably over time.
Input of how much you anticipate your utility rates to increase each year:
5%
You can expect your energy use over 30 years to cost you
$168,090

ENERGY FREEDOM
How Can Efficient Solution Help Your Home?
In 2048 Your Bill Will Be
Without Solar
With Solar

SOLAR SAVINGS
Choose a Smarter Energy Provider
Pay Less for Clean Energy
Solar delivers immediate savings. It is that simple. Solar energy is less expensive than traditional power in many markets across the country. You pay nothing upfront, you start saving on day one, and the savings typically increases over time.

GO GREEN
Your solar powered home does a lot of good for our planet
PAYMENT DETAILS
Upfront Cost
$0
Total Loan Amount
Length of Loan
Interest Rate / APR
Average Utility kWh Rate
Average Solar kWh Rate
Average Utility Cost Before Solar
Average Utility Cost After Solar
Utility Cost
Solar Payment
Tax Credit
Your available ITC
$9,550
How much of your ITC will you apply to lower your payment?
Utility
Solar
✓
Reliable Power
✓
❌
Project Against Rising Cost
✓
❌
Predictable Bills
✓
❌
Clean & Renewable Energy
✓
❌
Home Appreciation
✓
❌
Own an Asset
✓
FAQ
Ask Us Anything
Production Monitoring
24/7 web-enabled monitoring at no additional cost
Workmanship Warranty
Industry leading 25-year end to end warranty
Roof Penetrations
All solar roof penetrations included with workmanship warranty
Manufacturer Warranty
25 year performance guarantee from Tier 1 rated (insurance backed) manufacturer
Product Guarantee
Manufacturer backed panel production guarantee
Moving? No Problem!
- Transfer bill to new homeowner
- Add remainder of loan into home price
Need Roof Replacement?
Since we employ roofers, replacing the roof during installation is simple.
- Disconnect and remove the panels off the roof
- Replace your roof
- Install the panels on the new roof
- Your warranty remains intact
YOUR PATH TO CLEAN ENERGY
Exploring Solar Energy Options
Purchase
- Own your power
- Receive a major tax credit
- $0 down when financed
PPA
- $0 Down
- Just pay for the power you produce
Lease
- $0 Down
- Fixed, predictable monthly payment
Whats the Lifespan of Solar Panels?
Solar panels last but lose efficiency with time
Solar panels lose between 0.5% to 1% of their efficiency every year. Because of that rate of loss, at the end of the 25 year warranty period, the panels will still output between 75 to 87.5% of the original amount of power they made when they were new. In fact, a National Renewable Energy Laboratories (NREL) study found that 80% of all solar panels outlast their 25 year warranty period. That same NREL study also shows that 78% of the systems tested in the study showed less than a 1% degradation rate per year. You may ask, “Are solar panels that still put out 75% or more of their original output still useful?” Yes! If your panels are still putting out most of the energy they were originally designed to produce, those panels are still useful.
How solar panel longevity affects the ROI of going solar
If your panels last longer than they are warrantied for, that boosts your ROI(Return On Investment). Online calculators often use the common 25 year warranty period that solar panels come with as the basis for how long your system will last, and therefore, as a basis for how long you will own it and earn ROI. However, if your panels last for longer than 25 years, all that extra time means extra time that you are earning ROI on your investment in solar. The best way to make sure you get maximum ROI on your system is to properly maintain the system. Thankfully, there’s not much you need to do.
How to maintain your solar system so it lasts
All you need to do to maintain maximum output from your solar system is to occasionally dust off the panels. You should also keep trees trimmed and clear of your system so the shade doesn’t reduce your systems’ power output. Solar panels are very reliable and they don’t need any maintenance beyond keeping them clean.Inverters are another story. They are often warrantied for 10 years.
Demand Solar only uses products with 25 year warranties.
Reference: Dirk Jordan and Sarah Kurz. (2019) Photovoltaic Degradation Rates — An Analytical Review National Renewable Energy Labs.
Web 22 Apr 2019
