Achieve Energy Independence
We offer comprehensive home backup by combining various power sources such as solar, battery, grid, and generator. These systems enable real-time monitoring and control over daily household energy consumption.
Learn More
We offer comprehensive home backup by combining various power sources such as solar, battery, grid, and generator. These systems enable real-time monitoring and control over daily household energy consumption.
Learn More
Explore the perfect answer to your home energy requirements with our Power Station Pro systems. Developed in collaboration with solar installers, this all-in-one, comprehensive battery solution includes an inverter, battery cabinet, SR5K-UL battery modules, conduit box, and all essential cables and wires for straightforward installation.
The battery cabinet comes pre-assembled with dual-entry side-doors and pre-drilled mounting holes, so you can install the inverter and batteries in minutes.
Its easy to start with a smaller battery bank and expand if your energy needs change. Connect cabinets together and parallel up to 64 battery modules.
Mount the inverter directly onto the battery cabinet. This gives you more choices on where to place your battery system while avoiding installing equipment on your walls.
51.2VDC | 100Ah | 5.12 kWh
The SR5K-UL battery module has a 5 kWh energy capacity designed for daily use. An advanced battery management system (BMS) optimizes and protects the battery, while communicating with other connected batteries and the inverter. Battery modules are designed for plug & play installation with all KLL Energy battery cabinets and allow for simple expansion of your battery bank at any time.
Data SheetHigh quality battery cells and components ensure reliable and safe operation day after day for over 15 years.
High quality battery cells and components ensure reliable and safe operation day after day for over 15 years.
Integrated fire arrestors and Emergency Rapid Shutdown provides additional safety during operation in extreme temperatures and rare hardware failure.
Safe, non-flammable lithium iron phosphate battery cells are certified to the highest safety standards (UL1973 & UL9540A).
Monitor your system at any time using the Luxpower mobile app or web portal.
Adjust settings to customize the performance of your system, or schedule a time for an authorized KLL Energy installer/distributor to assist you over the phone.
Over time, your system keeps getting better with improved performance and new features added.
The US electric grid is deteriorating, with increasing blackouts and electricity costs surpassing inflation. A sustainable solution for reliable and affordable energy is to become grid-independent by converting your home into a microgrid. This setup allows you to generate (using solar panels), store, and use your own energy (with battery storage), freeing you from high energy bills, rising electric rates, and unexpected outages.
The solar energy you produce powers your home and charges your batteries. When your batteries are fully charged, any extra solar is exported to grid.
We want all customers to have a great battery system that will perform as expected for years and years to come - that means proper battery sizing. With KLL Energy systems, getting the battery sizing correct from the start isn't as important as other systems since it's simple to add more batteries and cabinets at any time. However, it can be frustrating when you find out months or years later that you need more batteries than you first thought. Here are some important considerations when sizing your battery system and why you may need more batteries.
If a 5 kWh batteries discharges 80% of its energy (4 kWh), then the depth of discharge (DOD) is 80%. Even though batteries can discharge to 100%, it is not recommended. Deeper discharging (>90%) can damage the battery cells and reduce the battery life. Best practice for daily battery cycling is 80% DOD, so you should you increase your battery bank size by 20% if you want your batteries to last >15 years.
As batteries charge and discharge, it is natural to gradually lose some storage capacity. For example, SR5K-UL batteries will lose 20% capacity after cycling 6000 times (80% retained capacity after 6000 cycles). Consider adding 20% additional battery storage to account for these natural loses over time.
Energy demand in the US is expected to increase over 30% by 2050. A big factor is electric vehicles (EVs). If you plan on adding an EV or additional energy loads to your home in the future, then consider increasing your battery storage to account for it.
A common question we get from homeowners, business owners and installers is how much battery storage does a project need. Here is the quick formula we use to size battery systems.
If you are looking for a battery system to eliminate the expensive peak times (5 to 8 pm) and/or provide essential home backup, then a simple way to calculate your battery storage is size to take you daily average kWh use (refer to your electric bill) and divide in half. For example, if your average daily use is 30 kWh, then your battery storage size would be 15 kWh. This takes into consideration the factors mentioned in "Why you need more battery storage than you may think", listed above.
This is our most commonly recommended battery storage size for homeowners. With adequate solar, this battery system size is designed to reduce your annual grid energy by >85%, which drastically reduces electric bills and helps avoid utility rate hikes, while also providing home backup.
Size the battery storage equal to your daily average kWh use. For example, if your daily average is 30 kWh, which is the US average, than your battery storage size would be 30 kWh. This takes into consideration the factors mentioned in "Why you need more battery storage than you may think", listed above.
For off-grid living, it is recommended to size your battery based on 2-3x your average daily use. For example, if your daily average kWh is 30 kWh, then your recommended battery storage size would be 60 to 90 kWh.
