Battery monitor Victron BMV-700H high precision
The Victron Energy BMV-700H Battery Monitor is a professional battery monitor developed for power systems that require precise and reliable measurements. The BMV-700H is ideal for off-grid solar applications, backup systems, vessels, special vehicles, and industrial installations, where accurate monitoring of battery status is essential to ensure autonomy and safety.
Precise measurement of high-voltage systems
The BMV-700H stands out for supporting system voltages up to 70 V, making it ideal for higher voltage battery banks. This monitor accurately measures key parameters such as battery voltage, current, power consumption, state of charge (SOC), and remaining runtime. This allows the user to make informed decisions about energy consumption.
Efficient and easy-to-use monitoring
Thanks to its clear and intuitive LCD screen, the Victron BMV-700H presents all essential information in a simple and straightforward way. Furthermore, it includes a high-precision shunt, ensuring reliable measurements even in systems with high currents. Initial setup is quick, allowing for easy installation in both new and existing systems.
Compatibility with Victron systems
The Battery Monitor BMV-700H integrates easily with other Victron Energy equipment, including inverters, chargers, and solar controllers. When combined with GX devices, it can provide detailed data for more advanced monitoring systems, improving overall energy management.
Proven safety and reliability
The BMV-700H includes programmable alarms for low or high voltage, protecting the battery bank against deep discharges or abnormal conditions. Furthermore, its robust construction ensures reliable operation in demanding environments, in both mobile and stationary applications.
Professional solution for battery management.
In summary, the Victron Battery Monitor BMV-700H is the ideal solution for those seeking an accurate, robust, and easy-to-use battery monitor. It is an essential component for optimizing battery life and improving the efficiency of advanced energy systems.
