Enphase IQ8A Microinverter Solar Kit | 7.2–22.4kW Solar | Battery-Ready to 40kWh

Price range: $7,789.30 through $51,731.30

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A solar kit built around Enphase IQ8A microinverters.

  • 7.08–28.32 kW backup continuous 120/240V split-phase output
  • Solar: 18 × 400W panels (7.2 kW DC), 26 × 400W panels (10.4 kW DC), 36 × 400W panels (14.4 kW DC), 44 × 400W panels (17.6 kW DC) or 56 × 400W panels (22.4 kW DC)
  • Storage: battery-ready (no battery), 10 kWh (1 × 10 kWh Wall/Floor-Mount), 20 kWh (2 × 10 kWh Wall/Floor-Mount), 30 kWh (3 × 10 kWh Wall/Floor-Mount) or 40 kWh (4 × 10 kWh Wall/Floor-Mount) Enphase IQ Battery 10C
  • Exports solar where your utility allows

Racking sold separately.

SKU: WEB-PARENT-ENPHASE-IQ8A-SOLAR-KIT Categories: , , , , Brand:

Microinverter Solar · Battery Optional

Enphase IQ8A Microinverter Solar Kit | 7.2–22.4kW Solar | Battery-Ready to 40kWh

This kit is built around Enphase IQ8A microinverters, delivering 7.08–28.32 kW backup of continuous 120/240V split-phase output, paired with 18 × 400W panels (7.2 kW DC), 26 × 400W panels (10.4 kW DC), 36 × 400W panels (14.4 kW DC), 44 × 400W panels (17.6 kW DC) or 56 × 400W panels (22.4 kW DC) and battery-ready (no battery), 10 kWh (1 × 10 kWh Wall/Floor-Mount), 20 kWh (2 × 10 kWh Wall/Floor-Mount), 30 kWh (3 × 10 kWh Wall/Floor-Mount) or 40 kWh (4 × 10 kWh Wall/Floor-Mount) of storage.

At a Glance
  • 7.08–28.32 kW backup continuous AC output, 120/240V split-phase
  • Solar array: 18 × 400W panels (7.2 kW DC), 26 × 400W panels (10.4 kW DC), 36 × 400W panels (14.4 kW DC), 44 × 400W panels (17.6 kW DC) or 56 × 400W panels (22.4 kW DC)
  • Battery options: battery-ready (no battery), 10 kWh (1 × 10 kWh Wall/Floor-Mount), 20 kWh (2 × 10 kWh Wall/Floor-Mount), 30 kWh (3 × 10 kWh Wall/Floor-Mount) or 40 kWh (4 × 10 kWh Wall/Floor-Mount) (Enphase IQ Battery 10C)
  • Exports solar where your utility allows

Choose Your Configuration

Solar Array 18 panels (7.2 kW DC), 26 panels (10.4 kW DC), 36 panels (14.4 kW DC), 44 panels (17.6 kW DC), 56 panels (22.4 kW DC), 400W each
Battery Storage No Battery (Battery-Ready): solar now, storage later
10 kWh (1 × 10 kWh Wall/Floor-Mount)
20 kWh (2 × 10 kWh Wall/Floor-Mount)
30 kWh (3 × 10 kWh Wall/Floor-Mount)
40 kWh (4 × 10 kWh Wall/Floor-Mount)
Rack-Mount batteries install in a battery rack or cabinet; Wall/Floor-Mount batteries mount on a wall or stand on the floor.

Options are offered in specific combinations; available combinations are shown in the selector above.

Estimated Annual Solar Production

Phoenix, Arizona ~12,200 (18P) · ~17,700 (26P) · ~24,500 (36P) · ~29,900 (44P) · ~38,100 (56P) kWh/year
Chicago, Illinois ~9,100 (18P) · ~13,100 (26P) · ~18,100 (36P) · ~22,200 (44P) · ~28,200 (56P) kWh/year

Planning estimates for an unshaded, south-facing array at about 30° tilt with typical losses. Actual production varies with location, orientation, tilt, shading, weather and equipment. Use a site-specific model before purchase.

System Overview

The kit pairs the inverter with an array sized to refill the battery on an average day (3.5 peak sun hours) and a battery bank that can deliver the inverter’s full output. Without batteries, it operates as grid-interactive solar that offsets your utility use; with batteries, it powers the circuits connected to its backup output during an outage. With Enphase, every panel has its own microinverter; backup output depends on the number of IQ Batteries.

Ideal Applications

  • Electric-bill reduction for homes using up to about 15,000 kWh per year
  • Electric-bill reduction for homes using about 15,000–25,000 kWh per year
  • Electric-bill reduction for homes using about 25,000–40,000 kWh per year
  • Outage backup for the essentials: refrigerator, lights, internet and outlets
  • Outage backup for the essentials plus one large appliance, such as central A/C or an electric water heater
  • Whole-home backup for a typical home with one HVAC system (up to 200A service)
  • Whole-home backup for larger homes with additional major loads

What’s Included

  • Enphase IQ8A microinverters (one per panel) with Q Cable, IQ Combiner and accessories
  • ALEX-400 400W solar panels (count per configuration)
  • Enphase IQ Battery 10C (battery configurations), with mounting and battery cabling
Installation note: Racking is sold separately. Site-specific wire and conduit, breakers, service and interconnection equipment, and permitting materials may be required. Utility and AHJ requirements vary; final design must follow manufacturer instructions and applicable code.
Weight N/A
Dimensions 72 × 48 × 54 in
Brand

Inverter Platform

Enphase IQ8A

Inverter Quantity

Single

Continuous Output

6.28–28.32 kW

Inverter Size (KW)

10KW-15KW, 15KW-20KW, 20KW–30kW, 5KW-10KW

Output (V)

120V/240V

Grid Connection

Grid-Interactive Hybrid (Can Export)

Generator Compatible

No

Inverter Type

MicroInverter

Solar Capacity (DC)

10KW–15kW, 15K–20KW, 20KW–30kW, 5KW-10KW

Battery Capacity (KWH)

10KWH-20KWH, 20KWH–30KWH, 30KWH-40KWH, 40KWH-50KWH, No Battery

Rapid Shutdown

None

Solar Array

18 Panels (7.2 kW), 26 Panels (10.4 kW), 36 Panels (14.4 kW), 44 Panels (17.6 kW), 56 Panels (22.4 kW)

Battery Storage

10 kWh, 20 kWh, 30 kWh, 40 kWh, No Battery (Battery-Ready)

What Can It Power?

Built around the Enphase IQ8A microinverters, panel-level microinverters with optional IQ Battery storage, this kit delivers 7.08–28.32 kW of continuous 120/240V split-phase output.

7.08–28.32 kW
Continuous output, 120/240V split-phase
10–40 kWh
Battery storage options (or battery-ready)
7.2–22.4 kW
Solar array (400W panels)
What you can run
Everyday essentials

0.5–1.5 kW

Refrigerator and freezer, LED lights, ceiling fans, phone and laptop charging, modem, router and TV. These small and cycling loads are the starting point for long outage coverage.

Kitchen, laundry & larger loads

1.5–5 kW each

Microwave, coffee maker, washer or dishwasher as needed. An electric water heater, dryer, oven or range can use a large share of the output, so stagger them instead of running them together.

Cooling, pumps & shop tools

Check starting current

A compatible mini-split, central HVAC, well pump or shop tool may run when its running demand and starting current fit within 28.32 kW continuous and 53.76 kW surge. Check the actual equipment; tonnage or horsepower alone doesn’t confirm it. A soft starter can help some compressors.

Illustrative operating mixes
Refrigerator/freezer, LED lights, internet, TV and fans0.5–1.5 kW
Essentials + microwave or coffee maker2–3.5 kW while it runs
Essentials + a smaller inverter mini-split1.5–3 kW
Essentials + a 4.5 kW electric water heater5–6 kW while heating
Essentials + 3-ton central A/C running4–6 kW plus a large starting surge
Whole home: HVAC, cooking and laundry at once8–15 kW
Plan around the limits
Add up the loads that run at the same time and allow for motor starts. For a 28.32 kW split-phase system, keep loads balanced across the two 120V legs: a heavily loaded leg can reach its limit before the total does. A larger battery adds runtime but doesn’t raise the inverter’s output. Examples are planning illustrations, not guaranteed appliance packages.

How Long Will It Run?

Battery size sets how much energy you have. These battery-only estimates use 80% of nominal storage delivered to loads (8 kWh from 10 kWh, 16 kWh from 20 kWh, 24 kWh from 30 kWh, 32 kWh from 40 kWh).

0.5 kW · Lean essentials / light overnight use
10 kWh

16.0 hrs

20 kWh

32.0 hrs

30 kWh

48.0 hrs

40 kWh

64.0 hrs

1 kW · Essentials with more appliance use
10 kWh

8.0 hrs

20 kWh

16.0 hrs

30 kWh

24.0 hrs

40 kWh

32.0 hrs

2 kW · Moderate household use
10 kWh

4.0 hrs

20 kWh

8.0 hrs

30 kWh

12.0 hrs

40 kWh

16.0 hrs

4 kW · Higher sustained use
10 kWh

2.0 hrs

20 kWh

4.0 hrs

30 kWh

6.0 hrs

40 kWh

8.0 hrs

14.2 kW · Heavy sustained use
10 kWh

0.6 hrs

20 kWh

1.1 hrs

30 kWh

1.7 hrs

40 kWh

2.3 hrs

28.32 kW · Full rated output
10 kWh

0.3 hrs

20 kWh

0.6 hrs

30 kWh

0.8 hrs

40 kWh

1.1 hrs

Runtime = usable battery energy ÷ average load, starting full, with no solar, grid or generator. Average load includes cycling: a 1 kW appliance running half the time averages about 0.5 kW. Actual results depend on settings, battery condition, temperature and system consumption.

At 12 kWh per day
0.7 days on 10 kWh, 1.3 days on 20 kWh, 2.0 days on 30 kWh, 2.7 days on 40 kWh
At 24 kWh per day
0.3 days on 10 kWh, 0.7 days on 20 kWh, 1.0 days on 30 kWh, 1.3 days on 40 kWh
At 48 kWh per day
0.2 days on 10 kWh, 0.3 days on 20 kWh, 0.5 days on 30 kWh, 0.7 days on 40 kWh

Cooling, heating and electric water heating can change daily totals substantially.

What Does Solar Add?

Solar powers daytime loads and recharges the battery with what’s left.

18 panels · 7.2 kW DC
≈ 20 kWh / day
≈ 7,400 kWh / year
26 panels · 10.4 kW DC
≈ 29 kWh / day
≈ 10,600 kWh / year
44 panels · 17.6 kW DC
≈ 49 kWh / day
≈ 18,000 kWh / year
56 panels · 22.4 kW DC
≈ 63 kWh / day
≈ 22,900 kWh / year

Illustration: 3.5 peak sun hours × array rating × 80% system yield, rounded. Not a location-specific forecast. Household use draws from this energy too, so not all of it refills the battery. Shading, winter and cloudy days can sharply reduce production.

When Solar Isn’t Enough

Utility available
The microinverters offset your home’s use and export surplus where your utility allows. With IQ Batteries, solar also charges storage for evenings and TOU savings.
Grid outage
Configurations with IQ Batteries keep backed-up circuits running from solar and storage. Battery-ready configurations shut down during an outage until batteries are added.

Why This System?

The Enphase IQ8A Microinverter Solar Kit is built around the Enphase IQ8A microinverters, panel-level microinverters with optional IQ Battery storage. Match the configuration to your daily energy use, the loads that run together and your installation.

7.08–28.32 kW for a useful mix of loads

120/240V split-phase output runs common household circuits and compatible 240V equipment. Manage what runs together and check motor starts for HVAC, pumps or shop tools.

One microinverter per panel

Each panel works independently, so shade on one panel doesn’t drag down the rest.

Panel-level monitoring

See every panel’s output in the Enphase app.

Optional IQ Battery 10C

Add storage for backup and time-of-use savings.

Matched as a system

The battery bank can deliver the inverter’s full output, the array is sized to recharge the battery, and strings are laid out within the inverter’s limits.

Choose Your Size

Solar array options

18 panels (7.2 kW), 26 panels (10.4 kW), 36 panels (14.4 kW), 44 panels (17.6 kW), 56 panels (22.4 kW)

Battery options

Battery-ready, 10 kWh, 20 kWh, 30 kWh, 40 kWh

Only the combinations shown in the product selector are offered.

Plan the system around your site
This platform can export solar to the utility where your utility allows and your interconnection agreement permits. Racking, site-specific electrical materials and installation are additional.

Reference: Enphase IQ8A microinverters manufacturer information.

Frequently Asked Questions

Does this kit include batteries?
Depends on the option: the battery-ready option has none; the others include Enphase IQ Battery 10C as shown in the selector.
Will it power my home during an outage?
Yes, for the circuits connected to its backup output (or the whole home with a whole-home interface). The battery-ready option needs batteries added first.
What is the solar array size?
18 × 400W panels (7.2 kW DC), 26 × 400W panels (10.4 kW DC), 36 × 400W panels (14.4 kW DC), 44 × 400W panels (17.6 kW DC) or 56 × 400W panels (22.4 kW DC).
What output does it provide?
7.08–28.32 kW backup continuous at 120/240V split-phase.
Can I sell excess solar to the utility?
Yes, where your utility allows and your interconnection agreement permits.
Is racking included?
No. Roof or ground-mount racking is site-specific and sold separately.
Are all breakers, wire and conduit included?
Not necessarily. Site-specific wire, conduit, breakers, service upgrades and interconnection hardware may be required.
Will this eliminate my electric bill?
No specific savings are guaranteed. Rate structure, fixed charges, export compensation, usage and production all affect the final bill.
Do I need permits or utility approval?
Most installations need permits and inspections, and grid-connected systems need utility interconnection approval. Requirements vary by location.
Can this be installed DIY?
That depends on your jurisdiction and utility. Electrical work must follow manufacturer instructions, adopted code and any licensing requirements.
How do I know which configuration is right for me?
Use our kit selector, or contact SanTan Solar to match the system to your loads, usage and runtime needs.
Still have questions?

Contact SanTan Solar for help matching the system to your project.

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