how Solar Energy Storage Batteries Works :
Solar panels conven sunlight into direct current (AC) energy.
The inverter comens DC energy from the Panels into alternating current (AC) energy.
programs the battery to store and save solar energy for when you need it most... whether that's 'peak' hours when electricity is more expensive or during an outage when the grid is down.
mete, monitors the solar SyStern, production to ensure optimal performance.
When your system produces more than you need, excess energy is sold back to your utility and credited to your monthly electric bill. When you need more energy than your system can product your home automaticaly pulls energy from your utility.
HOW LONG TO SOLAR BATTERIES LAST? :
lithium ion batteries normally come with a 10 year warrenty.if you look after you battery you should be able to stretch that to 15 years.
10 years or 10,000 cycles is the usual warranty,but this can be extended depending on the battery,and how it is used and quality of monitoring/automation.
Lithium ion is the most expensive option,but lasts longest and takes up the least amount of sapce.
Salt water batteries are middle of the road on life span and cost,but have the best depth of charge out of the three.
People go for lead acid batteries bacause they are cheap. I think it is worth paying more,but these will get you satrted.
Benefits of SOLAR BATTERIES:
Solar batteries provide numerous advantages for homes equipped with solar panels, including:
Seamlessly Connect With Your Solar Power System
Maximize Your Solar Power System's Energy Production
Enhance Your Energy Security When Grid Is Unstable
Reduce Your Home's Energy Consumption/Carbon Footprint
Eliminate Noise and Air Pollution Caused By Generators
Store Excess Energy Output In Batteries
Access Clean Power When You Need It
Solar terms you should know:
Get the most out of your solar system by familiarizing yourself with these terms:
The conversion of light energy into usable electricity. A photovoltaic system uses solar panels (modules) made up of cells to generate electric power.
The percentage of solar energy that reaches a module (solar panel) that is then converted into electrical power.
The device that converts direct (DC) power from your solar system into alternating current (AC) power that your home can then use.
An estimate of how long it will take for you to break even on your solar investment.
A solar system that is connected to the grid so it can send excess power there for later use.
Sending excess electricity back through the electricity meter to the utility company, helping you reduce your bill or even make money from your solar installation.
