sol-ark 30K-3P-208V Integration Manual
High voltage battery commercial & industrial applications
Hide thumbs
Also See for 30K-3P-208V:
- Installation manual and user's manual (59 pages) ,
- Wiring diagrams (10 pages)
Subscribe to Our Youtube Channel
Related Manuals for sol-ark 30K-3P-208V
Summary of Contents for sol-ark 30K-3P-208V
- Page 1 HIGH VOLTAGE BATTERY INTEGRATION GUIDE COMMERCIAL & INDUSTRIAL APPLICATIONS P2-050 REV 0 Effective Date: March 25, 2025...
-
Page 2: About This Guide
This Battery Integration Guide provides general assistance with integrating third-party batteries and Sol-Ark manufactured hybrid inverters. It is not intended to substitute for, or to replace, the guidance or services of trained installers, engineers or other specialists that are responsible for system installation, design, testing and performance. -
Page 3: Table Of Contents
Batteries Supported by the 60K-3P-480V ................18 Communications Installation and Setup Instructions ..............19 Custom RJ45 cable ......................19 Battery IDs and connections ....................19 Inverter programming and connections ................. 19 Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0... - Page 4 This document covers high-voltage battery integration with Sol-Ark’s high-voltage hybrid inverters. Copyright © 2025 Sol-Ark, LLC...
-
Page 5: General Hardware Configuration
General Hardware Configuration Sol-Ark 30K-3P-208V and Sol-Ark 60K-3P-480V Sol-Ark 30K-3P-208V and 60K-3P-408V inverters communicate with the battery through two ports, BMS1 and BMS2. Both BMS1 and BMS2 ports can do CANBus communication. The diagram shows the communication board inside the 30K inverter wiring area. Note that only the BMS1 and BMS2 ports are used for battery communications. -
Page 6: Wiring
(+) and (-) connections. All lithium-ion batteries have defined minimum, nominal, and maximum current output ratings. The full output power of a Sol-Ark inverter can be guaranteed only if the battery output capacity matches the inverter size. -
Page 7: Canbus Battery Screen
L3-HVR-60 battery 11. Force Charge Request This field displays Request Force Charge if the BMS tells the inverter to charge the battery from any available power source, regardless of inverter settings Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0... -
Page 8: Connecting Batteries
When installed in a Battery DC conduit or wiring tray, the cable jacket must be rated for 600V or sleeved to provide equivalent protection. When installed outdoors, the cable jacket must be UV-resistant and listed for outdoor use. Sol-Ark recommends CAT6ODSH-EA or similar. -
Page 9: Preferred Storage Partner
Sol-Ark has significant experience connecting its batteries and inverters, ensuring a solid foundation for system integration. • Sol-Ark product manuals and data sheets are designed to help our customers select the power output and energy storage solution they need. •... -
Page 10: Sol-Ark L3-Hvr-60
Sol-Ark L3-HVR-60 Follow these instructions for setting up Sol-Ark HVR batteries and Sol-Ark inverters. Be sure to consult Sol-Ark’s comprehensive technical documentation for specifications and settings to ensure optimal performance and safety. Click the link below to visit the Sol-Ark website and consult relevant documentation. -
Page 11: Communications Installation And Setup Instructions
2. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement. 3. Enable BMS Lithium Batt and set its value to 00. Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0... - Page 12 “Slave” battery. 2. Connect a standard CAT5/6 cable to the SPD breaker in the “Master” cabinet, to the BMS port in the Sol-Ark inverter. 3. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement.
-
Page 13: Sol-Ark L3-Hv-60 / L3-Hv-40
Sol-Ark L3-HV-60 / L3-HV-40 Follow these instructions for setting up Sol-Ark L3 HV batteries and Sol-Ark inverters. Be sure to consult Sol-Ark’s comprehensive technical documentation for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 14: Inverter Programming And Connections
3. Enable BMS Lithium Batt and set its value to 00. Paralleling Two or More Battery Stacks When using two or more battery stacks, communication will be between the master BMS and the inverter. Copyright © 2025 Sol-Ark, LLC... - Page 15 3. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement. L3 HV Battery Configuration 4. Enable BMS Lithium Batt and set its value to 00. Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0...
-
Page 16: Certified Storage Partners
We have an agreement to ensure ongoing product compatibility and to ensure the highest level of product reliability, support, and customer service. • Partners in this category have at least one battery model that has passed Sol-Ark’s testing and certification process. Copyright © 2025 Sol-Ark, LLC... -
Page 17: Deka Duration - Dd5300 (High Voltage Configuration)
Deka Duration – DD5300 (High Voltage Configuration) Follow these instructions for setting up Deka batteries and Sol-Ark inverters. Be sure to consult MK Deka’s comprehensive technical documentation for specifications and settings to ensure optimal performance and safety. Click the link below to visit the Deka website and consult their documentation. -
Page 18: Before You Start
Note: The battery module for the MK Deka DD5300 is used for both their low voltage and high voltage batteries, but a different DIP switch and wiring configuration is required for each. See the MK Deka manual and this integration guide for installation instructions. Copyright © 2025 Sol-Ark, LLC... -
Page 19: Communications Installation And Setup Instructions
3. Proceed with the serial connection between all the modules and HV Box. See the Installation & Operation (I&O) manual for the correct startup and shutdown procedures for each battery configuration. Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0... -
Page 20: Inverter Programming And Connections
BMS2 port. 2. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement 3. Enable BMS Lithium Batt and set its value to 00. Copyright © 2025 Sol-Ark, LLC... - Page 21 3. Connect the cable to the CAN2/INVERTER port on the HUB to the BMS1 port on the inverter. 4. Program the inverter with this battery’s appropriate charge/discharge settings. 5. Enable BMS Lithium Batt and set its value to 00. Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0...
-
Page 22: Endurenergy - Esp-5K Hl
EndurEnergy – ESP-5K HL Follow these instructions for setting up EndurEnergy batteries and Sol-Ark inverters. Be sure to consult EndurEnergy’s comprehensive technical documentation for specifications and settings to ensure optimal performance and safety. Click the link below to visit the EndurEnergy website and consult their documentation. -
Page 23: Communications Installation And Setup Instructions
2. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement. 3. Enable BMS Lithium Batt and set its value to 00. Sol-Ark High Voltage Battery Integration Guide | P2-050 Rev 0... - Page 24 3. Connect a standard CAT5/6 cable to the CAN port on the BCU, to the BMS1 and BMS2 port in the Sol-Ark. 4. Program the inverter with the appropriate Max A charge/discharge settings according to the specific battery manual and cable arrangement. 5. Enable BMS Lithium Batt and set its value to 00. Copyright © 2025 Sol-Ark, LLC...
- Page 25 This Battery Integration Guide assumes the accuracy and completeness of information made available to Sol-Ark as of the effective date on the first page of this guide, and Sol-Ark assumes no responsibility if that information was inaccurate or incomplete in any respect or if that information changes in any way after the effective date (including through software updates).
- Page 26 Sol-Ark assumes no responsibility for any of those modifications, updates, or other changes or to inform itself of any of those modifications, updates, or other changes. Damage caused to a Sol-Ark product as the result of the use or integration of battery communications that are not supported by Sol-Ark will void the warranty on your Sol-Ark product.
Need help?
Do you have a question about the 30K-3P-208V and is the answer not in the manual?
Questions and answers