*Note the recommended cutoff is 43V ~ 44V. However the internal battery cutoff is as low as 39V. Setting the cutoff to 39V will drain the battery to 0%. For extended lifespan we recommend a cutuff of 43V ~ 44V.

The Kodak Off-Grid inverters are fully compatible with the Hubble range of batteries. 
The following field guide will assist with the correct battery settings you should use.

For further detailed information ensure you read the manual of the supplied battery regarding setup and installation instructions.

KODAK OFF-GRID INVERTER

 KODAK OFF GRID 5KW 48V INVERTER

 KODAK ​3 PHASE ​INSTALLATION WITH ​HUBBLE LITHIUM BATTERY

KODAK ​​INSTALLATION WITH
​HUBBLE LITHIUM BATTERY

KODAK INVERTER & HUBBLE
​PRE-LAUNCH SETUP

Download the corresponding Hubble product manual and check the installation guide and pre-launch checklist.
​

KODAK INVERTER SETTINGS

The below settings are the recommended settings to use for the corresponding Hubble Lithium battery.

Setup	Kodak ​Hubble AM-2 & AM-3 ​ 51V	Kodak X-101 51V	Kodak S-100 12V  (​4 in Series)
Battery Charge Amps (Setting 02)	AM-2: Recommend 40Amp per battery AM-3: Recommended 20Amp per battery	Recommend 40Amp per battery	40Amp
Battery Type ​(Setting 05)	USE	USE	USE
Voltage point back to Utility ​(Setting 12)	47V	47V	48V
Voltage point back to Battery (Setting 13)	53V	53V	51V
Bulk Charge ​(Setting 26)	53.6V​	53.6V	57.2V
Float Charge Voltage (Setting 27)	53.6V	53.6V	56V
Low DC Cut off ​(Setting 29)	44V*	44V*	46V

*Note the recommended cutoff is 43V ~ 44V. However, the internal battery cutoff is as low as 39V. Setting the cutoff to 39V will drain the battery to 0%. For extended lifespan we recommend a cutoff of 43V ~ 44V.

FREQUENTLY ASKED KODAK QUESTIONS

Q: Is there communications between the Kodak and the Hubble lithium batteries?

A: The Hubble range of batteries communicate to inverters using the CAN port. The Kodak does not have a CAN bus communications port. Although it does have a Modbus port, we do not support modbus. CAN bus communication is optional for Hubble and Axpert and the Hubble range of batteries work perfectly without communications. This is made possible by our internal BMS DC/DC converter and current limiting module. Our BMS will limit the current to the cells when requires through hardware instead of communications. Thus making the Hubble a great fit for inverters without CAN bus.

If you would like full communications between the Kodak and the Hubble battery, you can invest in a RIOT Cloudlink system. The RIOT will enable remote monitoring, 2 -way BMS integration and remote management of the Axpert through your cloud account. From our side we recommend installing a RIOT module with the Hubble on a Kodak so you can monitor, control and troubleshoot your solar solution remotely.

LEARN MORE ABOUT THE RIOT SYSTEM HERE

Q: How do you setup multiple batteries?

​A: Check the manual for a more detailed explanation. You will have to set dip switch settings per battery to give them a unique address. You also have to connect the included RJ45 battery link cables into the "Battery Link" port of each battery. Ensure your master battery dip switch 1 is on, 2,3,4 is OFF.  Only the master battery CAN Bus will be enabled. You can then connect the RIOT into the CAN port of the master battery for communications to work.

Q: Do I have to use the communication battery link cables if i dont want to monitor or have communications?

​A: Short answer No. However it is recommended to still connect the battery links and set the correct addresses. This also needs to be done if you want to connect a RIOT Cloudlink.

HUBBLE DIP SWITCH SETTINGS FOR MULTIPLE BATTERY INSTALLATION

​For correct setup and communication each battery needs a unique serial address in order to communicate.
If you are only using one battery in your setup, consider this the master battery and ensure you set it to address 1.