Straight answers about solar kWh, batteries, utility bills, and the 0Solar goal.
0Solar is a simple idea, but it needs honest explanation. You make an investment. Your system produces electricity. The solar kWh you use are kWh you did not have to buy from the utility.
That does not mean “free solar.” It means producing more of your own usable electricity and buying less from the utility over time.
Solar savings, production, incentives, tax treatment, utility credits, battery performance, backup capability, and financial results vary by customer, site, usage, equipment, rate schedule, financing, utility rules, and applicable law.
0Solar does not mean free panels, free installation, guaranteed bill elimination, or electricity magically provided at no cost. It means the goal is to produce solar kWh on your property and use those kWh instead of buying as much electricity from the utility.
The phrase is powerful because the idea is true: what you make, you keep.
These are the questions customers should ask before believing any solar claim.
No. 0Solar does not mean free solar panels, free installation, or no-cost equipment. Solar is an investment. 0Solar means the goal is to create electricity on your property so the solar kWh you use are kWh you do not have to buy from the utility.
It means the electricity produced by your solar system and used by your property is not being purchased from the utility at that moment. You invested in the system, and the system is producing usable kWh for you.
You may. Many customers still have minimum bills, taxes, non-bypassable charges, demand charges, standby charges, interconnection charges, or other utility fees. The goal is to reduce purchased electricity, not pretend the utility disappears for everyone.
A solar kWh used onsite can directly avoid purchasing that kWh from the utility. A solar kWh exported to the grid may receive a credit, but that credit may be lower than the retail price of electricity you buy later.
Often, yes. Batteries can store daytime solar production for evening use, peak-rate periods, and selected backup loads. Batteries do not make solar free, but they can make solar more useful.
It depends. Whole-home backup requires proper battery capacity, inverter output, load management, and careful design. Large loads like air conditioning, electric heating, EV charging, pumps, and electric ovens can drain batteries quickly.
Solar financial results depend on the system, the customer, the property, the utility, the tax situation, and the agreement structure.
Savings depend on system cost, production, usage, rate schedule, financing, tax credits, utility rules, maintenance, degradation, and future electricity rates. A responsible proposal should show the assumptions.
No. Tax credits and incentives may depend on ownership, tax liability, equipment eligibility, installation date, domestic content rules, labor rules, project type, and applicable law. Customers should consult their tax advisor.
It depends on the customer. Cash, loans, leases, and PPAs can have very different long-term economics, ownership rights, tax treatment, transfer rules, and obligations.
Payback is an estimate of how long it takes for energy value and incentives to offset the investment. It is only as good as the assumptions behind it.
Yes. Utility rates, rate schedules, export credits, fixed charges, demand charges, and program rules can change. Solar can reduce exposure, but it does not control the utility.
0Solar is not “free solar.” It is owned production.
You invest. Your system produces. You keep the value of the kWh you use.Good solar design starts with the customer’s actual electricity use, not a generic sales pitch.
The answer depends on annual usage, seasonal usage, roof space, shade, orientation, equipment, local rules, desired offset, battery strategy, and budget. Bigger is not always better, but under-sizing can also limit long-term value.
Annual usage is important, but monthly and daily patterns matter too. Winter production, summer cooling, evening loads, EV charging, batteries, and utility rules can all affect sizing.
Shade reduces production. A site assessment should consider trees, chimneys, roof planes, neighboring structures, seasonal sun angle, and equipment choices.
Electric vehicles can significantly increase electricity usage. A solar design should consider future loads where reasonable, especially EV charging, heat pumps, batteries, or business expansion.
Sometimes. Expansion depends on roof space, inverter capacity, electrical equipment, utility interconnection rules, permits, battery compatibility, and the original design.
Yes. Monitoring helps customers understand production, usage, battery charge, grid imports, grid exports, and possible performance issues.
Ask for the system size, equipment list, production estimate, total cost, financing terms, incentive assumptions, utility assumptions, warranty details, service process, monitoring access, battery backup limits, and what charges may remain on the utility bill.
Ask what happens if you sell the property, replace the roof, add batteries later, add an EV, change your usage, or need service.
The words are simple, but the distinction matters.
0Solar means the goal is to produce solar kWh on your property and use those kWh to reduce purchased utility electricity over time.
0Solar does not mean free panels, free installation, no utility bill for everyone, guaranteed savings, automatic tax credit eligibility, or unlimited backup power.
Quick, plain-language answers for common solar questions.
It can be, when the design, cost, utility rate, production, incentives, and customer usage make sense.
Not always, but batteries can increase the value of solar when evening rates, low export credits, backup needs, or critical loads matter.
Only if the system is designed for backup operation. Many grid-tied solar systems shut down during outages unless paired with proper backup equipment.
Often, the best solar kWh is the one you use onsite when it is produced, because it directly avoids buying electricity from the utility.
ABC Solar believes solar should be explained honestly, designed carefully, and understood as an investment in producing your own electricity.
Good. Solar deserves questions. The better the questions, the better the design.
