When we select and measurement a battery system for dwelling or business, we should always talk with certified designers and consider a number of import factors together with:
1. Solar array size (present or new)
2. System type (on-grid or off-grid, or hybrid)
3. Backup energy requirements.
4. the evening or overnight energy consumption (kWh) most significantly,
Fortuitously, most modern battery systems are modular and scalable so they can be sized accordingly.
With this in mind, Kitoenergy chosen the most effective batteries according to the six following classes:
1. Worth per kWh-upfront value and operational costs($ per kWh per day)
2. Depth of discharge (DOD)- usable energy
3. Cycle life-Number of cost cycels
4. Power output-Maxcontinuous and peak energy
5. Round journey effectivity-charging and discharing losses
6. Sustainability and environmental impact
Selecting the best battery is difficult as a result of many system types or configurations available, each with completely different performance characteristics.
We must always consider the compatibility issue – many lithium batteries are designed to work with a selected type of hybrid inverter.
1 High-voltage or HV batteries can only be used with an HV suitable hybrid inverter
2 AC-coupled batteries utilising inbuilt inverters which enable them to be retrofitted to ahome with an current solar system.
three Modular, rack-mount battery systems designed to work with highly effective off-grid inverter-chargers.
Kitoenergy Battery systems for household energy storage are available in various shapes and sizes.
There are widespread types:
1. Add batteries to the present solar system
2. 2 Purchase new solar system and battery system on the similar time.
The scale of the Kitoenergy energy storage system is intently associated to your finances, where you live, the type of solar system, how you employ energy, and the way you utilize batteries.
The houseowner can install an energy monitoring system to view the energy load and the output of the solar system to help you choose the scale of the system.
On average, Germany households use about sixteenkWh per day. The battery size of most households ranges from 3 to 12kWh. The battery installer will help you determine the optimum measurement on your solar and battery system according to your wants and location.
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