Remote-home owners
Fit still depends on property conditions, measured loads, and provider availability.
High-capacity battery configuration
ECO-WORTHY 10 kW Off-Grid Power System
Expandable off-grid equipment kit
Start with approximately 10.62 kW of solar, 30.72 kWh of nominal storage, and 10 kW split-phase output for a high-capacity property plan.
Equipment reference price
Hardware reference
$12,049.99 equipment reference
Dated equipment scope only; installation, freight, site work, and other project costs may be separate.
ScopeReferenced equipment and listed components
Final priceRequires property evaluation, final design, and provider confirmation
Final pricing depends on:System designInstallation requirementsPermitsElectrical workLocation
- No purchase required
- Savings and runtime depend on design and use
- Final design required
Clear terms before you commit
- Free assessment
- Compare available systems
- Manufacturer information reviewed
- Final proposal depends on property evaluation
- Installation availability varies by location
The homeowner challenge
The problem this package is designed to solve
Remote properties with high daily use or longer outage plans can outgrow smaller arrays and battery banks, but capacity alone does not establish whole-property independence.
The proposed approach
How this package addresses it
This package addresses higher energy-capacity needs by selecting the high-capacity option from ECO-WORTHY’s configurable product family: approximately 10.62 kW of PV, 30.72 kWh of LiFePO4 storage, and 10 kW of 120/240 V split-phase inverter output. It is an equipment starting point for remote or unreliable-grid properties, and every major load still requires a detailed daily-energy and startup-surge study.
Who it is for
Homeowners this system is designed for
Remote homes, properties with unreliable grid access, large backup plans, and buyers prioritizing battery capacity.
Properties with unreliable grid access
Fit still depends on property conditions, measured loads, and provider availability.
Large backup requirements
Fit still depends on property conditions, measured loads, and provider availability.
Customers prioritizing storage capacity
Fit still depends on property conditions, measured loads, and provider availability.
Buyers planning an expandable off-grid architecture
Fit still depends on property conditions, measured loads, and provider availability.
Why consider it
Reasons homeowners consider this package
- 30.72 kWh of nominal storage in the selected equipment variant
- Approximately 10.62 kW selected solar array
- 10 kW split-phase power architecture
- Configurable product-family approach
- Capacity suitable for evaluating higher-use or longer-reserve scenarios
How it works
From available solar to useful home energy
These steps describe the intended homeowner experience. Actual flows and supported loads follow the commissioned design and operating settings.
- 01
Generate
The selected PV option provides approximately 10.62 kW of DC nameplate capacity. Actual daily energy depends on the site and season.
- 02
Store
The 30.72 kWh LiFePO4 bank stores energy for nighttime, outages, and low-sun periods. Usable energy and reserve settings depend on the exact components and commissioning.
- 03
Deliver
The inverter system can provide up to 10 kW of 120/240 V AC output in the referenced architecture, subject to equipment and design limits.
- 04
Understand kWh vs. kW
Kilowatt-hours describe how much energy the batteries can store. Kilowatts describe how much power the inverter can deliver at one time. A viable design needs enough of both.
Specifications
The reference package at a glance
Nameplate values help compare equipment. They do not replace a production model, load calculation, or site-specific design.
- Solar capacity
- 10.62 kW DC
- Battery capacity
- 30.72 kWh nominal
- Inverter output
- 10 kW 120/240 V split-phase inverter system
- System type
- Expandable off-grid equipment kit
- Ideal property
- A remote or outage-prone property with room for a roughly 10.62 kW array, a safe equipment location, and a whole-property load plan that includes seasonal conditions.
Supporting system diagram
Use the architecture to ask better design questions.
This original explanatory diagram remains intentionally simplified. Exact equipment quantities, connections, supported loads, and installation details follow the final property evaluation and written design.
Installation considerations
The equipment is only one part of the project
Requires exact SKU and bill-of-material confirmation, seasonal load modeling, array design, battery and inverter protection, grounding, distribution, permits where applicable, and qualified electrical installation.
Complexity: High — large array and battery bank, parallel inverter architecture, equipment rack, protection, distribution, and off-grid commissioning.
Review the installation process →- 01
Confirm the exact high-capacity variant and every component before purchase.
- 02
Model winter solar, daily load energy, motor starting, and desired autonomy.
- 03
Engineer parallel inverter wiring, battery communications, rack, busbars, overcurrent protection, grounding, and disconnects.
- 04
Separate freight, design, permits, labor, site work, and commissioning from equipment cost.
Cost explanation
Equipment, installation, and incentives are separate
No price on this page is a checkout offer. A signed provider proposal must identify the exact equipment, labor, site work, taxes, and exclusions.
Equipment reference price
$12,049.99
Dated equipment reference; freight, site work, and installation may be separate.
Estimated installed project range
Site-specific installed quote required
No responsible numeric range is shown without a property and installation-scope review. Final pricing requires provider confirmation.
Incentives
No incentive assumed
No incentive is assumed. Eligibility varies by location, program, installation date, equipment, and taxpayer circumstances.
Pricing note
Dated manufacturer equipment reference only; no numeric installed range has been validated and this is not a live Solar System Installations offer. A site-specific installed quote must account for exact variant and stock, freight and access, racking or roof work, permitting, electrical distribution and upgrades, design, labor, commissioning, location, taxes, and system customization.
Final-cost factors
What can change the final project cost
A useful quote separates the equipment reference from every installation and property-specific line item.
Permitting and utility review
Local permit fees, inspections, and interconnection requirements vary by jurisdiction and utility.
Electrical upgrades
Service panels, load centers, disconnects, protection, backup controls, and load management may change the scope.
Roof, structure, and mounting
Roof condition, structural work, array layout, ground mounting, trenching, and access can add labor and materials.
Design, labor, and commissioning
Engineering, licensed installation, testing, inspection corrections, and system setup belong in the complete project price.
Location and delivery
Freight, taxes, travel, local labor rates, site access, and equipment availability differ by property and ZIP code.
System customization
Array size, battery quantity, backed-up loads, generator or EV integration, and optional equipment affect final cost.
What is in the reference scope
Components and boundaries
Referenced as included
- Approximately 10.62 kW PV option from the referenced product family
- 30.72 kWh LiFePO4 battery option
- 10 kW split-phase inverter system
- Referenced rack and kit balance-of-system components for the selected SKU
Optional or site-specific
- Site-specific array racking and foundations
- Generator integration where engineered and compatible
- Additional distribution, protection, communications, or site work
Monitoring: Referenced components advertise Wi-Fi or Bluetooth functions; confirm capabilities and compatibility for the exact shipped revision.
Expansion: The manufacturer describes expandable battery and solar options, but exact quantities, communications, conductors, protection, and inverter limits must be validated.
Availability: Provider and ZIP dependent; equipment availability does not mean installed service is available.
Package FAQ
Questions about this specific configuration
Use these answers to understand the equipment scope, verified values, and package-specific tradeoffs before requesting a proposal.
What is the difference between 30.72 kWh and 10 kW?
The 30.72 kWh figure describes nominal stored energy. The 10 kW figure describes inverter power available at one moment. Runtime still depends on the actual loads and operating reserve.
Is this the only ECO-WORTHY 10 kW configuration?
No. The official page describes multiple PV and battery variants. This Solar System Installations package selects the approximately 10.62 kW PV and 30.72 kWh battery option.
Can it provide whole-property independence?
It can be the foundation of a whole-property design, but independence depends on seasonal solar, daily and surge loads, reserve policy, generator strategy, equipment limits, and professional engineering.
Is $12,049.99 the current manufacturer price?
It is a dated equipment reference shown on an official ECO-WORTHY solution page, not a live Solar System Installations offer. The main product page marked the variants unavailable at verification, so price, stock, and exact scope must be reconfirmed.
Does the equipment price include installation?
No. Freight, design, racking, distribution, permitting, electrical work, labor, site work, commissioning, and taxes may be separate.
Buyer objections, answered
Questions homeowners usually ask
The right answer depends on the property and the final design. These are the questions a provider should resolve before asking you to choose.
Do I need batteries?
For this off-grid package, batteries are part of the intended design because they supply stored energy when solar production is low or unavailable. The appropriate capacity still depends on daily use, desired reserve, seasonal production, and any generator plan.
How much solar do I need?
This reference package includes 10.62 kW DC. The appropriate size for your home depends on recent electricity use, roof or ground space, shade, orientation, local weather, utility rules, future loads, and the amount of energy you want the array to replenish.
Can this power my whole house?
Possibly, depending on system design—not from the headline kW or kWh values alone. Heating, cooling, pumps, electric cooking, EV charging, and other large loads must be checked for running power, startup surge, daily energy use, and simultaneous operation before whole-home or partial-home support is selected.
What happens during an outage?
The batteries and inverter can continue supplying the loads included in the off-grid design while solar can recharge the bank when conditions allow. Runtime depends on battery state, active loads, reserve settings, weather, solar production, and any compatible generator strategy.
How long does installation take?
The timeline is site specific. Property assessment, engineering, equipment availability, permitting, utility review where applicable, roof or electrical work, installation, inspection, and commissioning can each affect the schedule. The provider should put its expected milestones and dependencies in writing.
Can I expand later?
The manufacturer describes expandable battery and solar options, but exact quantities, communications, conductors, protection, and inverter limits must be validated.
What if my roof is shaded?
Shade reduces production and may change the appropriate array size or location. A site assessment should compare roof planes, seasonal shade, setbacks, responsible trimming where appropriate, and a ground-mount option before the final design is selected.
Manufacturer coverage
Read each component document
Terms vary by exact component and SKU. Battery, inverter, panel, and other warranties must be reviewed separately and must not be applied to the whole project.
Installation coverage
Workmanship is separate
Workmanship coverage, when offered, will be stated in the signed installer proposal.
Fulfillment
Confirm the written scope
Final seller freight, delivery, inspection, and return terms control.
Provider and ZIP dependent; equipment availability does not mean installed service is available.
More planning questions
Research beyond the package
Use these general answers alongside the product-specific details above.
How much does solar cost?
Solar cost depends on the home, energy use, equipment, installation complexity, and location. A property evaluation and written proposal are needed before final pricing is available.
Will solar work on my house?
Fit depends on roof orientation, shade, electrical setup, local conditions, and available mounting space. A qualified property review confirms whether a roof, ground-mount, or another configuration is practical.
Do I need batteries?
Not every solar project needs batteries. The decision depends on grid reliability, backup needs, energy goals, compatible equipment, and budget. A battery may add outage capability, but supported loads and duration require a specific design.
Can I install solar if I am not ready to buy?
Yes. You can complete an assessment and compare available systems before making a purchase commitment. The assessment is free, and no purchase is required.
How long does installation take?
Timing varies with site review, design, permitting, equipment availability, inspections, and utility requirements. A provider should give a project-specific schedule and explain which milestones can affect it.
Planning guides
Research the decisions around the equipment
Independent planning context
How to size a home solar and battery system
Start with energy and power needs, then test the design against site conditions.
Read guide →Independent planning context
Grid-tied, hybrid, and off-grid solar explained
Understand the operating assumptions behind three very different system architectures.
Read guide →Independent planning context
The difference between kW and kWh
Use power and energy correctly when comparing panels, inverters, loads, and batteries.
Read guide →Related starting points
Compare fit, scope, and tradeoffs
Example configuration
Premium California configuration
Tesla Powerwall 3 Solar + Battery Package
Homes on time-of-use rates can produce solar before evening demand peaks, while an outage plan can fall short when storage and backed-up loads are chosen separately.
- Solar
- 10.2 kW DC
- Battery
- 27 kWh nominal
$44,500–$52,000 installed estimate
Example configuration
High-output off-grid equipment package
SunGoldPower SGR-12K20E Off-Grid Solar Kit
Remote homes, farms, and workshops can have several demanding 120/240 V loads but no dependable grid connection to absorb sizing mistakes or low-sun periods.
- Solar
- 4.98 kW DC
- Battery
- 25.6 kWh nominal
$11,946 equipment reference
Example configuration
Solar System Installations Enphase-based configuration
Enphase Premium IQ-5P Home Energy System
Complex roof planes, localized shade, and changing backup goals can make a fixed, centrally converted solar-and-storage design harder to fit and expand.
- Solar
- 10.32 kW DC
- Battery
- 20 kWh usable
$39,000–$46,500 installed estimate
What happens next
From system match to a property-specific decision
Requesting a match starts the review; it does not commit you to equipment, financing, or installation.
- 01
Share your priorities
Tell us about the property, recent electricity use, backup goals, timing, and any large planned loads.
- 02
Review the system fit
Use the match to compare suitable package types, likely tradeoffs, and the information still needed for design.
- 03
Confirm the project scope
A qualified provider must verify the site, equipment, engineering, availability, schedule, and written installed price.
Personalized next step
See whether this package fits your home
Share your property, energy range, backup goals, and timeline. You will get a more useful starting point without committing to a purchase.
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