14.76kW DIY Grid Tied Solar System - 1x Envy Hybrid Inverter 12kW Output | 120/240V Split Phase 120/208V Three Phase | 18.5kWh-57.6kWh Fortress Power Batteries | 36x 410W Solar Panels
52.6kWh
Estimated Daily PV production14.76kW DIY Grid Tied Solar System - 1x Envy Hybrid Inverter 12kW Output | 120/240V Split Phase 120/208V Three Phase | 18.5kWh-57.6kWh Fortress Power Batteries | 36x 410W Solar Panels - Not Needed / 1x eVault Max 18.5kWh (total 18.5kWh)_Indoor is backordered and will ship as soon as it is back in stock.
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14.76kW DIY Grid Tied Solar System - 1x Envy Hybrid Inverter 12kW O...
Essentials Appliances
Wi-Fi Router
Lights
Television
Phone Chargers
Laptop Home PC
Microwave
Well Pump
Refrigerator
Major Appliances - Comfort living
MiniSplit AC Conditioner
Kitchen Stove
Hair Dryer
Vaccum Cleaner
Dishwasher
Electrical Tools
Level 1 EV Charger
Heavy Appliances - Wholehome
Level 2 EV Charger
Heatpump
Dryer
Water Heater
Central Air Conditioner
Oven
Power Tools
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EcoVault 14.76kW DIY Grid-tie Solar Kit: Pre-Matched for Medium Houses
Ready to power your medium-sized home with clean energy? Our pre-matched 14.76kW solar kit is just what you need. Enjoy great savings on energy bills, contribute to sustainability efforts, and even boost your home's value.
Annual Estimated PV Production:
36 x 410W (PV array wattage) x 1300 (average hours of sun) = 19,188kWh/year
Daily Estimated PV Production: 19,188kWh/year ÷ 365 days = 52.6kWh/day
Backup Power with Grid-Tie Solar:
To ensure your grid-tie solar system meets your energy needs and goals, follow these steps to configure your solar panels, AC-Coupled Grid-Tie inverter, and batteries for optimal performance and reliability. Our kit has already included the basic configuration of solar panels and an inverter, you can follow the steps below to pick a battery to match your power backup requirements.
Grid-Tie Solar System Design Steps
Step
Action
Example
1. Assess Energy Consumption & Define Goals
Calculate daily energy usage by reviewing past bills and identify system goals, such as reducing electric bills 80% or providing backup power.
12000 kwh/yr * 80% / 365 days/yr = 26.30kwh/day
2. Calculate Solar Array Size
Determine the required solar array capacity using average daily energy usage and sunlight hours.
26.30kWh/day ÷ 4 hours/day = 6.58 kW
3. Determine Inverter Capacity
Select a Grid-Tie Inverter with a capacity slightly higher than the solar array size.
6.58 kW + 20% buffer = 7.89 kW
4. Plan for Battery Backup
Calculate battery capacity for backup power if needed and consider the system efficiency 80%
(26.30kWh/day × 1 day) /0.8=32.88kWh
5. Choose Your Battery Capacity
Consider your usage environment and choose between eForce 19.2kWh outdoor battery and eVault 18.5kWh indoor battery.
Battery: eVault Max 18.5kWh for outdoor use
6. Determine the Number of Batteries Needed
Divide total watt-hours required by individual battery capacity.
32.88kWh ÷ 18.5kWh/battery ≈1.78
Round up to 2x eVault Max 18.5kWh battery
Essential Components for Your Project: Below is the packing list for each product you’ll receive. This gives you a clear overview of the components, making it easier to start preparing and building your DIY solar system.
Frequently Asked Questions
Why is the power station not working after it hasn't been used for a long time?
Why is the power station not working after it hasn't been used for a long time?
If the power station is stored at a low capacity for a long time, lithium batteries will self-consume power, which may lead to a quick discharge. This leads to poor conductivity and a reduced battery lifespan, resulting in poor battery performance.
How should I store and maintain the power station?
How should I store and maintain the power station?
Standard shipping normally takes 3-5 days. Next day shipping is available on all domestic orders (for an additional charge). International shipping times depend on the products and destination (estimated at checkout).
What should I pay attention to when using the app?
What should I pay attention to when using the app?
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What should I do when using a solar charger to charge?
What should I do when using a solar charger to charge?
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Can I recharge using AC and DC input at the same time?
Can I recharge using AC and DC input at the same time?
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