3-Phase Direct Current Static Meter

Precision Monitoring for Smarter Energy Management

Efficient energy management starts with accurate current measurement—and that’s exactly what the Lighthouse IoT 3-Phase Current Static Meter delivers. Engineered for demanding industrial and commercial environments, this advanced solution ensures real-time, reliable tracking of current flow across all three phases. With Lighthouse IoT’s focus on innovation and connectivity, the meter helps optimize energy usage, improve system performance, and support your broader energy efficiency goals.

Powered by solid-state technology, our static meter eliminates mechanical wear, delivering long-term stability and measurement accuracy. It integrates seamlessly into smart grid systems or automated monitoring setups, with support for industry-standard communication protocols such as Modbus or RS-485. Backed by Lighthouse IoT’s centralized platform and remote monitoring capabilities, this meter enables smarter decision-making—whether you're managing heavy equipment loads, analyzing distribution patterns, or meeting regulatory compliance standards.

Benefits of having a 3-phase direct current static meter:

Optimized for Heavy Loads: Three-phase current systems offer the torque and stability needed to operate high-demand machinery without auxiliary components like starters or capacitors.
Consistent Performance: The overlapping phase currents deliver a smoother current waveform, reducing fluctuations and ensuring more stable operation of sensitive equipment.
Energy Efficiency at Scale: By accurately measuring current across each phase, the meter supports balanced load distribution, reduces energy waste, and enhances the life of electrical systems.
Cost-Effective Infrastructure: These systems require less conductor material for current delivery, making them an efficient and budget-friendly choice for large facilities.

Our Features

Smart and secure by design

At Lighthouse IoT, we build our 3-phase DC static meters to handle the demands of solar plants, EV charging stations, and industrial setups. With solid-state architecture and built-in safety standards, we ensure stable, long-term performance.

Unmatched Reliability

Engineered for mission-critical infrastructure, these meters provide high-resolution, real-time measurement with excellent accuracy and minimal drift. Their long operational life and consistent data capture make them ideal for facilities where downtime and data loss aren’t an option.

Flexible Connectivity

From RS-485 and Modbus to optional Ethernet, Wi-Fi, or IoT-based protocols, our DC static meters offer versatile communication interfaces to suit various environments. These options allow seamless integration with energy management systems, enabling remote diagnostics, firmware updates, and on-demand reporting.

DC grid-ready Monitoring

As the demand for efficient DC infrastructure grows, these meters meet the need for precise tracking in distributed energy networks. Ideal for applications where conventional AC metering falls short, they provide granular insight into current, voltage, and energy flow within DC grids.

Advanced Load Profiling

Track and analyze consumption patterns over time with configurable data logging and time-based measurement settings. These meters support detailed profiling for peak usage, trend analysis, and predictive maintenance, helping users make smarter, data-driven decisions.

Lower Operational Overhead

At Lighthouse IoT, we help reduce manual intervention with remote monitoring and tamper detection. Our meters lower operational costs, improve billing accuracy, and boost system transparency.

Technical Specifications

Communication

RS-485 (Modbus), with optional Ethernet, Wi-Fi, or IoT connectivity
Enclosure

IP65-rated, weatherproof, and dustproof casing for outdoor and industrial use
Display

High-contrast LCD with backlight for clear visibility in all conditions
Power Measurement

Accurate measurement up to 100 kW or higher, depending on configuration
Voltage range

Supports 110 V to 1,000 V DC (customizable input range)
Standards Compliant

IEC 62053-21, IS 13779, and IS 14697 compliant for DC metering applications