Kora helps you future-proof your business and deliver a next-generation energy system your customers actually want. With the Kora Smart Panel, homeowners get real control — room-by-room visibility, outage protection, and the ability to cut waste instantly. With Powerblocks, they gain scalable storage built for harsh environments.

Kora installs like a standard subpanel, works for both retrofits and new builds, and gives your customers a clean path to solar, batteries, EV charging, and full home electrification.

Kora works with existing AC-coupled solar systems, including string inverters and microinverters.

In these setups, solar continues to operate through its existing inverter, while Kora manages storage, backup, and load prioritization at the panel level. No rip-and-replace required

Most swaps take 2–8 hours — similar to replacing a standard electrical panel. Kora is built to fit into the workflow electricians already know, without a service upgrade or a critical loads panel.

Powerblocks install as modular, stackable units, so expanding storage later is quick and easy.

Kora is intentionally designed to install and service like a standard panel. The only extra step is commissioning — connecting the Smart Panel and Powerblocks to the homeowner’s Kora App. This process is covered in a short video training you can complete anywhere.

To get authorized, simply apply through the Installer Portal, provide your business details, sign the agreement, and complete the training. Once approved, you can install and commission the full Kora system.

Yes. Kora supports both architectures.

• DC-coupled: Solar connects directly to the Kora Powerblocks hybrid inverter for higher round-trip efficiency.
  
• AC-coupled: Existing solar inverters remain in place, and Kora captures excess production on the AC side.
  

Installers can choose the architecture that best fits the project, utility rules, and existing equipment.

Each Kora Powerblocks hybrid inverter supports two PV input ranges:

• High-voltage PV: 80–450 VDC
  
• Low-voltage PV: 30–150 VDC
  

This flexibility supports a wide range of residential string configurations and module types.

Per Powerblocks tower:

• Up to 4,000 W on the high-voltage PV input
• Up to 1,600 W on the low-voltage PV input

Each Powerblocks supports a stack of 2–7 batteries, and systems can scale up to Powerblocks towers. This allows installers to grow PV and storage capacity together without redesigning the system.

Unlike Tesla Powerwall, Kora is not just a battery added onto a home.

Key differences installers care about:

• Circuit-level control: Kora prioritizes loads individually, not whole-home on/off backup.
• Integrated smart panel: No separate load-shedding hardware or critical-loads subpanel required.
• Modular scaling: Storage grows in small increments instead of large fixed battery units.
• Design flexibility: Supports AC-coupled retrofits and DC-coupled new installs without locking you into one architecture.

For solar installers, this means fewer compromises, cleaner designs, and a system that adapts to more site conditions.