Solar kits sound simple until the real questions appear: what are you powering, how long must it run, what happens at night, what does the utility require, where do the batteries go, and who signs off on the work?
SunKits.com is an educational solar kit planning site by ABC Solar Incorporated.
The site helps homeowners, ranch owners, property owners, and small businesses think through solar kits, batteries, pumps, EV charging, pool equipment, sheds, workshops, critical loads, utility rates, permits, and safety before equipment is selected.
The core rule is simple: load first, kit second.
No. A real solar kit may include panels, racking, inverter equipment, batteries, disconnects, breakers, wire, conduit, labels, monitoring, permits, utility paperwork, inspections, and a load plan. The equipment must match the job.
It means the first question is not “how many panels?” The first question is “what are we trying to power, for how long, and under what conditions?” A refrigerator, EV charger, well pump, pool pump, and workshop compressor are very different loads.
Sometimes a large properly designed system can support many loads, but “everything” should never be assumed. Heavy loads such as EV chargers, electric heaters, ovens, dryers, pool heaters, large HVAC equipment, and pumps require separate review.
No. SunKits.com is educational. It helps people ask better questions. It is not a substitute for licensed design, permits, utility approval, manufacturer instructions, code compliance, or inspection.
Many solar, battery, EV charging, pump, pool equipment, backup-power, and hybrid inverter projects require permits, inspections, utility approval, or fire-code review. Requirements vary by jurisdiction, utility, system type, equipment, and site conditions.
Treat permits and inspections as part of the safety system, not as annoying paperwork after the project is already built.
Not a DIY Permit ShortcutA solar or battery system must be understandable to more than the installer.
Inspectors, utility workers, firefighters, service technicians, future owners, and emergency responders may need to understand how power flows and how to shut the system down safely. Labels, drawings, disconnects, placards, and clean equipment placement help make that possible.
Batteries are useful, but they are not unlimited fuel tanks.
Runtime depends on battery capacity, inverter limits, load size, surge, weather, solar recharge, and which circuits are on backup. A focused critical-load list can make the battery last longer.
Not automatically. Whole-home backup requires serious review. Many systems work better when they protect selected critical loads instead of every heavy circuit in the building.
Critical loads are the circuits that matter most during outage: refrigerators, freezers, selected lights, internet, medical equipment, garage access, security, selected outlets, and properly reviewed pumps or controls.
They can be. Battery selection should be matched with the inverter, runtime target, installation location, clearances, disconnects, permits, and inspection requirements.
A Sol-Ark hybrid inverter can coordinate solar, batteries, grid power, generator input, and backup loads depending on the design. It still must be matched to the load, battery bank, service equipment, permit drawings, and inspection path.
Learn about Sol-Ark systemsPumps are motor loads. They may have startup surge, pressure requirements, water storage needs, float switches, pressure controls, grounding, disconnects, and wet-location concerns. Running watts alone may not be enough.
Learn about pump and water kitsYes, but the charger size, daily miles, service capacity, charging schedule, rate plan, battery role, wiring path, and permit requirements must be reviewed. EV charging is a major electrical load.
Learn about EV charging kitsYes. Pool pumps, lighting, controls, and automation can be part of a solar conversation. Pool heaters and high-load equipment need separate review. Pool electrical work must respect wet-location safety rules.
Learn about pool equipment kitsA watt is a measure of power: how hard a load is pulling at a moment. Higher-watt loads require more inverter and battery support.
A kilowatt-hour is energy over time. A 1,000-watt load running for one hour uses about 1 kWh before design losses and safety factors.
Startup surge is the short burst of extra power that some motors, pumps, compressors, refrigerators, freezers, and tools need when they start.
Runtime turns power into battery demand. A load that runs briefly may be easier than a smaller load that runs all night.
A calculator can help ask better questions, but it is not final design. Real systems need equipment specs, code review, permits, inspections, and qualified installation.
Make a load list. Include the equipment, voltage, amps or watts, runtime, surge behavior, and whether loads must run at the same time.
In expensive utility territory, timing can matter as much as annual production.
A solar system may produce power during the day, while expensive household usage may happen later. Batteries, load shifting, EV charging schedules, pool pump schedules, and critical-load planning can all affect the solar kit conversation.
SunKits.com uses conservative public savings language, such as about 30 cents per kWh, while reminding readers that actual rates, bills, export values, fixed charges, taxes, fees, and rules vary and may change.
Because the mistakes are easier to remember when they have names.
Load Monster represents unmeasured demand. Permit Goblin represents the code path. Madame Peak Rate represents the utility clock. Briggs the Battery Beast represents stored energy. Professor Sol-Ark represents the inverter. Solar Sensei keeps everyone honest.
“A solar kit is not a box of hope. It is a design conversation with sunlight.”
Manga EpisodesBring the load list, the bill, photos of the electrical panel, and the project goal. The conversation gets better when the facts arrive early.