Quick Answer
Victron's Sol-Ark inverters do support solar tracking systems, but you need to ensure that the tracking system is compatible with the Sol-Ark's communication protocols, specifically RS-485 or CAN bus. --- Understanding Sol-Ark Communication The Victron Sol-Ark inverter/charger communicates with external devices using RS-485 or CAN bus protocols. Solar tracking systems that use these protocols can transmit data about the sun's position and orientation to the Sol-Ark, allowing for optimal energy production. For example, the Sunny Boy 5.0-US-40 inverter from SMA Solar Technology uses RS-485, making it compatible with the Sol-Ark's communication protocols.
Compatibility Requirements
To use a solar tracking system with the Victron Sol-Ark inverter, you need to ensure that the tracking system’s protocol matches the one used by the Sol-Ark. This typically involves checking the documentation for both the tracking system and the Sol-Ark inverter. For instance, the Sol-Ark’s RS-485 port can support a maximum speed of 115.2 kbps, while the CAN bus port operates at a maximum speed of 1 Mbps. You may also need to install additional hardware or software to facilitate communication between the tracking system and the Sol-Ark.
Practical Implementation
When implementing a solar tracking system with a Victron Sol-Ark inverter, it’s essential to consider factors like the tracking system’s power consumption, the Sol-Ark’s communication range, and any potential conflicts with other devices on the same network. For example, if you’re using a RS-485-based tracking system, you’ll need to ensure that the Sol-Ark is configured to use the correct baud rate and that the tracking system is properly terminated. Additionally, you may need to adjust the tracking system’s settings to account for the Sol-Ark’s specific communication requirements.
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