6 kW + 16 kWh All-in-one Energy Storage System for Smarter Home Solar Power
Turn daytime solar energy into dependable power after sunset. This compact all in one energy storage system combines a 6 kW power platform with 16 kWh of energy storage to help homeowners use more of the solar power their roof produces, reduce reliance on the grid, and keep essential circuits available during an outage.
One Cabinet. More Useful Solar Energy.
Designed for homeowners who want a cleaner, simpler path to energy independence, this All-in-one Energy Storage System brings solar conversion, battery storage, intelligent control, and home backup into a single space-saving format. It is a practical foundation for a new solar panel system or an upgrade to an existing home solar power system.
When sunlight is available, your solar energy can serve household loads first and charge the battery with surplus generation. After sunset or when utility prices rise, stored energy can support selected home loads. Your installer configures the operating mode around your local utility rules, roof production, and energy goals.
6 kW Power Platform
16 kWh Energy Storage
Solar-First Energy Control
Compact Refrigerator-Style Cabinet
Capture More Daytime Generation
Instead of sending every unused kilowatt-hour away, store surplus solar power for evening cooking, entertainment, lighting, and other planned loads.
Support Essential Backup Loads
With a professionally designed backup panel, the system can keep priority circuits available during utility interruptions. Actual runtime depends on load size, solar conditions, and selected backup circuits.
Build for Flexible Solar Living
Use it as part of a solar on grid and off grid system strategy, subject to local interconnection requirements and your installer's design.
Simplify the Equipment Room
The integrated format reduces visible equipment and helps create a clean, homeowner-friendly solar power system installation.
Solar Power That Works Beyond Sunshine Hours
A home solar panel system produces electricity when the sun is out. Energy storage makes more of that production available when your household needs it.
Produce with Your Solar Panel System
Rooftop modules convert sunlight into electricity for immediate household use. Correct array sizing, shading analysis, orientation, and local weather are key to solar power performance.
Store Excess Solar Energy
When production exceeds consumption, the 16 kWh storage capacity helps retain usable solar energy for later rather than depending solely on export credits.
Use Solar Power When It Matters
Scheduled battery discharge can support evening self-consumption and selected backup needs. A qualified installer should confirm load priorities and local tariff options.
Control the Energy Flow
System settings can be aligned with solar production, household demand, and grid availability to create a more responsive home solar power system.
Product Overview: 6 kW + 16 kWh
Power: 6 kW class power capability for the home energy design. Confirm the final AC configuration, supported loads, and local grid settings with the approved datasheet before ordering.
Storage: 16 kWh class battery capacity helps shift solar power into evening and nighttime use. Usable energy and runtime vary with the operating reserve, temperature, and actual load profile.
Form factor: The refrigerator-style all-in-one cabinet creates a streamlined alternative to separate wall-mounted inverter and battery equipment.
Professional design required: Final solar array size, wiring, backup circuits, permits, interconnection, and protective equipment must be specified by a licensed solar professional in accordance with applicable local codes.
For a new home solar panel system, the best design starts with a site survey and a clear backup-load plan. For properties considering off grid solar power systems, request a detailed autonomy calculation that accounts for seasonal solar production and generator strategy where applicable.
A Better Fit for Everyday Residential Solar
Designed for homeowners planning a practical, resilient, and cleaner way to use solar power.
Single-Family Homes
Solar-Ready New Builds
Electricity Bill Optimization
Essential-Load Backup
Remote or Rural Properties
Solar System Upgrades
Plan with Confidence, Not Assumptions
Clear technical decisions create a safer, higher-performing solar installation.
Review Your Energy Use
Start with 12 months of utility bills and identify the appliances you want to support during an outage.
Size the Solar Array
Match solar panel output to your roof, climate, annual consumption, and battery-charging goals.
Confirm Local Requirements
Your installer should verify utility interconnection, permitting, code compliance, and the certifications required in your destination market.
Set the Right Operating Mode
Choose solar-first, time-of-use, backup, or a hybrid strategy that fits your local utility plan and household priorities.
More Value from Every Solar Panel
Solar panels generate the most electricity around the middle of the day, while many households use more electricity in the morning and evening. Storage helps close that timing gap and can increase on-site solar use.
Designed Around Your Real Loads
For a home solar power system, battery sizing should be based on the appliances you actually use. A professional load study is the most reliable way to estimate backup duration and system behavior.
Ready for Grid-Connected or Backup Designs
Whether your goal is a grid-connected solar system with backup capability or one of the more independent off grid solar power systems, the final configuration should be engineered for the site and local regulations.
Smart Energy Decisions for the Home
Solar-First Self-Consumption
Prioritize solar energy for household loads, then store available surplus for later use.
Backup Load Prioritization
Work with your installer to separate critical circuits and define the backup experience you expect.
Utility-Aware Configuration
Use settings appropriate to local tariffs and interconnection rules; export, charging, and backup behavior depend on the approved design.
Home Solar Storage FAQ
What does an all in one energy storage system do?
It combines key solar-storage functions in one coordinated system so a home can use solar power immediately, store surplus generation, and supply configured loads later. The exact equipment inside and operating functions are confirmed by the final product datasheet and project design.
Can a 16 kWh battery run my whole home?
Runtime is determined by your loads, battery reserve settings, temperature, and available solar production. Many projects prioritize essential loads; a qualified designer can calculate a realistic backup plan from your appliance list.
Can this be used with a solar on grid and off grid system?
It can be specified for grid-connected and backup-oriented applications where permitted. Grid rules, approved equipment lists, protective devices, and the final operating mode differ by location, so confirm the compliant design before purchase.
How do I choose among residential solar panel installation companies?
Choose a licensed, experienced provider that performs a site survey, documents your production and load assumptions, explains permitting and interconnection, and gives you the final equipment datasheets and warranty terms in writing. Reputable residential solar panel installation companies also explain whether an off grid solar system and on grid solar system approach is allowed and appropriate for your address.
Is an off grid solar system and on grid solar system the same thing?
No. An off-grid design must independently balance solar production, storage, and loads. A grid-connected design can coordinate solar power and battery operation with utility service. Ask your installer to document which approach is approved for your project.
6 kW POWER
FOR HOME ENERGY DESIGNS
16 kWh STORAGE
SHIFT SOLAR INTO THE EVENING
SOLAR-FIRST
USE MORE OF YOUR GENERATION
ALL-IN-ONE
STREAMLINED RESIDENTIAL FORMAT
BACKUP READY
CONFIGURE PRIORITY CIRCUITS
PROFESSIONAL DESIGN
VERIFY LOCAL CODE AND UTILITY RULES
Start Your Home Solar Power System with Storage
Tell us your location, monthly electricity use, roof or solar array details, and the appliances you want to back up. We will help you assess whether this 6 kW + 16 kWh all-in-one energy storage system fits your solar power plan and provide the applicable technical documentation for your market.
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