The Ohio Semitronics WDC System helps you precisely identify how much energy is coming from solar generation vs. battery storage. Ohio Semitronics WDC integrates inputs from high precision current transducers and voltage transducers. The WDC system measures the DC current before it reaches the inverter and captures each independent measurement.
The system measures and stores energy flowing in each direction, can even deliver net energy.
WDC transducers are split-core and DIN mounted for easy installation.
Once clamped on, WDC transmits the information to SCADA or other monitoring systems for direct visibility of your renewable energy flows.
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The Ohio Semitronics WDC System helps you precisely identify how much energy is coming from solar generation vs. battery storage. Ohio Semitronics WDC integrates inputs from high precision current transducers and voltage transducers. The WDC system measures the DC current before it reaches the inverter and captures each independent measurement. The system measures and stores energy flowing in each direction, can even deliver net energy. WDC transducers are split-core and DIN mounted for easy installation. Once clamped on, WDC transmits the information to SCADA or other monitoring systems for direct visibility of your renewable energy flows. READ MORE
Changes in Float Current can impact the accuracy of your battery monitoring system. Early detection of VRLA Thermal Runaway is achievable with OSI’s new LDCL-xxx sensor employs unique technology delivering accurate and repeatable measurement of 0.5 to 1 amp DC float currents, even when subjected to 600 amp surges. READ MORE