Related Manuals for sol-ark 15K-2P-N
Summary of Contents for sol-ark 15K-2P-N
- Page 1 BATTERY INTEGRATION GUIDE LOW VOLTAGE 48V - RESIDENTIAL Copyright © 2024 Sol-Ark LLC | SK140-0026-001...
- Page 2 DISCLAIMER This document is a Battery Integration Guide that offers general information on configuring various lithium batteries to operate seamlessly with Sol-Ark hybrid inverter products. Please note that in-depth configurations, step by step instructions, troubleshooting and verification of operational parameters extend beyond the scope of this document.
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Page 3: Table Of Contents
18. STORZ POWER ................................................. 29 19. UZ ENERGY Power Lite (L051100-B) ..........................................30 20. Volthium Energy ................................................31 This document covers battery integration with Sol-Ark’s low-voltage hybrid inverters. For Modbus RS-485 communication reliability, Comm v143F update to the latest firmware version, with or greater. -
Page 4: General Hardware Configuration
Sol-Ark 15K-2P-N The Sol-Ark 15K-2P-N inverter achieves battery communications through a single RJ-45 port labeled “Battery CANBus”. This port combines the Modbus and CAN bus pin configurations shown below. Both “Modbus RS485” and “Battery CANBus” ports are capable of Modbus communication. -
Page 5: Sol-Ark 12K / 8K / 5K (Outdoor)
Sol-Ark 12K / 8K / 5K (Outdoor) The Sol-Ark Outdoor-Rated inverter (12K-2P, 8K-2P and 8K-2P) achieve battery communications through a single RJ-45 port labeled “Battery CANBus”. This port combines the Modbus and CAN bus pin configurations shown below. Both “Modbus RS485” and “Battery CANBus” ports are capable of Modbus communication. -
Page 6: Sol-Ark 12K Legacy (Indoor)
Sol-Ark 12K Legacy (Indoor) The Sol-Ark 12K Indoor can communicate through two RJ-45 ports labeled “CAN” and “RS-485”. Battery communication is established through CAN bus or Modbus communication protocols through the “CAN” and “RS-458” ports respectively The following figure shows the communication board inside the wiring area of the 12K Indoor inverter. Note that both the “CAN” and “RS-485” ports can be used for battery communications depending on the required protocol. -
Page 7: Sol-Ark 8K Legacy (Indoor)
Sol-Ark 8K Legacy (Indoor) The Sol-Ark 8K Indoor can communicate through two RJ-45 ports labeled “RJ45_485” and “RJ45_CAN”. Battery communication is established through CAN bus or Modbus communication protocols through the “RJ45_485” and “RJ45_CAN” ports respectively The following figure shows the communication board inside the wiring area of the 8K Indoor inverter. Note that both the “RJ45_485” and “RJ45_CAN” ports can be used for battery communications depending on the required protocol. -
Page 8: Can Bus Battery Screen
Not shown in the above image but would be located below the “Alarms” field. Modbus/RS-485 Battery Screen As of Mar 16, 2023, Sol-Ark recommends that if establishing communication via Modbus RS485, make sure to have the inverter firmware upgraded Comm v143F to the latest available version, with or higher and the latest primary and follower MCU versions. - Page 9 Line one (1) is never populated for any manufacturer. The first battery is always displayed on line two (2). Copyright © 2024 Sol-Ark LLC | SK140-0026-001...
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Page 10: Compatible Batteries
10. GND to either pin three (3) (indoor units only) or pin six (6) (indoor and outdoor units). eGauge needs to configure your device specifically for use with the Sol-Ark. Please verify this by getting in touch with eGauge support 11. -
Page 11: Blue Ion/Namaka
1.2 Blue Ion/Namaka The provided information serves as general setup instructions for Blueplanet batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Bluplanet and Namaka for specifications and settings to ensure optimal performance and safety. -
Page 12: Briggs&Stratton Ampliphi
2. BRIGGS&STRATTON AmpliPhi The provided information serves as general setup instructions for Briggs&Stratton batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Briggs&Stratton for specifications and settings to ensure optimal performance and safety. -
Page 13: Deka-Duration-Dd5300 (Low Voltage E.g. 48Vdc Mode)
Connect the cable to the “CAN-A” port on the Deka-DD5300 and the “Battery CAN Bus” port (or the “CAN” port for indoor-only units) on the Sol- Ark. The cable is NOT reversible; therefore, keep track of which end of the custom cable connects to the battery and the Sol-Ark. ... -
Page 14: Discover
Discover documentation You will need the Discover Lynk device to adapt the battery’s AEBus to CAN Bus for use with the Sol-Ark. The Lynk will need the proper adapter for the Sol-Ark’s pin configuration (Part number 950-0016-SLRK). -
Page 15: Dyness
5. Dyness The provided information serves as general setup instructions for Dyness batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Dyness for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 16: Endurenergy Esp-5100
6. EndurEnergy ESP-5100 The provided information serves as general setup instructions for EndurEnergy batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by EndurEnergy for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 17: Fortress Power
7. FORTRESS POWER The provided information serves as general setup instructions for Fortress Power batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Fortress Power for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 18: Fortress Evault & Evault Max 18.5 (Kwh)
7.2 FORTRESS eVault & eVault MAX 18.5 (kWh) The provided information serves as general setup instructions for Fortress Power batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Fortress Power for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 19: Homegrid Stack'd
8. HOMEGRID Stack’d The provided information serves as general setup instructions for Homegrid batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Homegrid for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 20: Incell / Polarium
9. Incell / Polarium The provided information serves as general setup instructions for Polarium/Incell batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Polarium/Incell for specifications and settings to ensure optimal performance and safety. -
Page 21: Kilovault Hab
10. KILOVAULT HAB The provided information serves as general setup instructions for KiloVault batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by KiloVault for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 22: Nuenergy
Connect the cable to the “CAN” port on the NuEnergy cabinet and the “Battery CAN Bus” port (or the “CAN” port for indoor-only units) on the Sol- Ark. The cable is NOT reversible; therefore, keep track of which end of the custom cable connects to the battery and the Sol-Ark. ... -
Page 23: Nuenergy Lithium- Power Base M50
Connect the cable to the “CAN” port on the NuEnergy and the “Battery CAN Bus” port (or the “CAN” port for indoor-only units) on the Sol-Ark. The cable is NOT reversible; therefore, keep track of which end of the custom cable connects to the battery and the Sol-Ark. -
Page 24: Powersync 51.2V Lithium
12. POWERSYNC 51.2V Lithium The provided information serves as general setup instructions for PowerSync batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by PowerSync for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 25: Pylontech Us3000C
13. PYLONTECH US3000C The provided information serves as general setup instructions for Pylontech batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Pylontech for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 26: Pytes E-Box-48100R
14. Pytes E-BOX-48100R The provided information serves as general setup instructions for Pytes batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Pytes for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 27: Renogy Aura
15. RENOGY AURA The provided information serves as general setup instructions for RENOGY batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by RENOGY for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 28: Sacred Sun Lfp
16. SACRED SUN LFP The provided information serves as general setup instructions for Sacred Sun batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Sacred Sun for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 29: Sok
17. SOK The provided information serves as general setup instructions for SOK batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by SOK for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 30: Storz Power
18. STORZ POWER The provided information serves as general setup instructions for Storz Power batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by Storz Power for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 31: Uz Energy Power Lite (L051100-B)
19. UZ ENERGY Power Lite (L051100-B) The provided information serves as general setup instructions for UZ batteries and Sol-Ark inverters. Users are strongly advised to consult the comprehensive technical documentation provided by UZ for specifications and settings to ensure optimal performance and safety. Visit the manufacturer’s website and consult the relevant documentation below. -
Page 32: Volthium Energy
Connect the cable to the “CAN/RS485” port on the UZ Energy Power Lite master battery and the “Battery CAN Bus” port (or the “CAN” port for indoor-only units) on the Sol-Ark. The cable is NOT reversible; therefore, keep track of which end of the custom cable connects to the battery and the Sol-Ark. ... - Page 33 Program the inverter with the appropriate charge/discharge settings according to the specific battery manual and cable arrangement. Enable “BMS Lithium Batt” and set its value to “00”. Optional) Turn on “BMS_Err_Stop” if you wish for the system to fault on loss of battery communications BATTERY PORT INVERTER PORT Copyright © 2024 Sol-Ark LLC | SK140-0026-001...
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