EG4® PowerPro 18kPV CAB LL ESS
UL 9540 certified
The PowerPro 18kPV CAB LL ESS offers easily scalable energy solutions which can be tailored to an individual’s needs. Users have the flexibility to expand their system as their energy requirements evolve. With options for up to 3 inverters, 2 cabinets, and 12 batteries, this system grows with you, maximizing energy capacity as needed. Moreover, the PowerPro 18kPV CAB LL ESS ensures uninterrupted power supply during outages, granting users the freedom to manage their energy needs independently.
All EG4 energy storage systems (ESS) are UL 9540 certified, which confirms that the components have been tested by an independent lab to ensure they operate safely together. The UL 9540 certification ensures that each ESS meets stringent safety standards by testing batteries and inverters as a pair with specific configurations. Opting for a UL 9540 system provides peace of mind even if they are not mandated in your jurisdiction.
Min configuration:
1 EG4 18kPV Hybrid Inverter, 1 Cabinet, and 3 EG4 LL batteries
Max configuration:
3 EG4 18kPV Hybrid Inverters, 2 Cabinets, and 12 EG4 LL batteries
Total Output Power (kW):
12-36kW
Total Energy Capacity (kWh):
15.36-61.44 kWh
UL 1741 Hybrid Inverter EG4 18kPV:
12kW (120/240V)
UL 1973 | 9540A Battery:
51.2V 100Ah Server Rack
UL 9540 listed
Scalability:
Customize your energy system to your needs, starting with a minimum configuration of 1 EG4 18kPV Hybrid Inverter, 1 cabinet, and 3 EG4 LL batteries. As your energy requirements grow, you can maximize your energy capacity by selecting the maximum configuration of 3 EG4 18kPV Hybrid Inverters, 2 cabinets, and 12 EG4 LL batteries.
Expandable:
As your energy requirements grow, you can maximize your energy capacity by selecting the maximum configuration of 3 EG4 18kPV Hybrid Inverters, 2 Cabinets, and 12 EG4 LL batteries.
Plug and Play:
Enjoy a straightforward installation with our plug-and-play design.
Versatile Use:
This system is perfect for both residential and commercial applications, providing flexibility and power where you need it.
Energy Independence:
Ensure uninterrupted power during outages, giving you the freedom to control your energy needs.
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FAQs
An Energy Storage System (ESS) is a collection of batteries, inverter(s) and other components that allow the storage of energy for later use. The term is most often used in conjunction with on-grid systems with batteries but could also be applied to off-grid systems.
Many jurisdictions require UL9540. To get this certification, the battery and inverter must pass stringent safety tests as a pair with specific configurations. An EG4 ESS is one that has been independently certified to pass these requirements using batteries and hybrid inverters. Even if your jurisdiction does not require a UL9540, choosing a UL9540 system gives you the peace of mind that the components have been tested by an independent lab to assure they work safely together.
Each system will be different, but the primary components of an ESS will include batteries, a hybrid inverter, a solar charge controller (usually bundled in the inverter) and solar panels. However, there will be many other smaller components (known as the balance of system) that are required to set up a system properly and safely. This can include things like wires, conduit, solar panel mounting hardware, switches, and fuses.
An ESS can store energy from many different sources. The most common source of energy stored by an ESS is solar, but any form of energy could be used in the system including renewable energy (solar power, wind power, hydro power), generator, grid, etc. An EG4 ESS is designed with a focus on energy from solar and the grid, as well as AC coupling (generators).
There are several reasons to install an Energy Storage System (ESS). One reason is to store energy generated from solar or other renewable sources for times when the primary source is unavailable. Another benefit is to power loads during grid outages, ensuring continuity of electricity supply. Additionally, an ESS enables the shifting of grid usage to off-peak hours, a practice known as peak shaving, which helps balance demand and alleviate strain on the grid during peak periods. Moreover, by facilitating the redistribution of grid usage to off-peak hours, the system contributes to grid stability by smoothing out demand fluctuations and reducing the occurrence of peak loads that the grid may struggle to accommodate.
Yes, depending on how the system is configured. An ESS can be optimized for load shifting, grid failures or a balance of both.
Yes. An ESS uses a hybrid inverter that is grid interactive, so it can be programmed to sell back to the grid at any time. Depending on the net metering program available for your utility, this can make a lot of sense financially.
Yes, you can add your existing system to certified EG4 ESS and classify it as EG4 ESS system. Please contact our technical support for more information.
EG4 system is designed for scalability. You can always add more batteries and inverters in the near future as your energy needs grows and classify your system as certified.
