Residential Energy Storage System
Sigen Power Sensor
The Sigen Power Sensor is an intelligent power monitoring sensor typically used to accurately measure voltage, current, power, and other electrical parameters in power systems. It monitors the operating status of power systems in real time, providing users with accurate data that helps optimize energy utilization, improve energy efficiency, and even prevent power equipment failures.
Product Details
Sigen Sensors are available in two series: the SP Series (SP-DH, SP-CT120-DH) and the TP Series (TP-DH, TP-CT120-DH).
The SP Series (SP-DH, SP-CT120-DH) specializes in power monitoring and is suitable for real-time monitoring of various power systems, focusing on collecting power parameters such as current, voltage, and power. The SP-CT120-DH is an enhanced version of the SP-DH. It features a 120A current transformer (CT), providing increased support for high currents. This complements and enhances the SP-DH. This makes it suitable for monitoring high-current loads.
The TP series (TP-DH, TP-CT120-DH) is suitable for applications requiring power and temperature monitoring, especially where temperature is critical to the operation of power equipment. The TP-CT120-DH is an enhanced version of the TP-DH, featuring a 120A current transformer (CT) to support higher current monitoring. It also offers temperature monitoring capabilities, making it suitable for more complex power monitoring scenarios.
The Sub1G Kit is a wireless communication module for remote data acquisition and transmission. It supports the Sub-1 GHz wireless frequency band (typically 433 MHz or 868 MHz) for transmitting data from sensors to monitoring platforms or cloud platforms. Both the Sigen Sensor SP series and Sigen Sensor TP series can use the Sub1G Kit for wireless data transmission, enabling sensors to remotely transmit data to control systems without wiring.
In residential energy storage systems, Sigen Sensor series sensors can be used in conjunction with other components such as solar photovoltaic panels, inverters, energy storage batteries, and energy management systems to achieve comprehensive monitoring and optimized management of system status.
• WiFi halow remote communication functionality (with Sigen Sensor Sub1G Kit)
• Efficient and stable data transmission up to 200m (with Sigen Sensor Sub1G Kit)
• 1% high-accuracy power detection for precise control
• LCD real-time info display, easy to operate and check
• Integrate smoothly with Sigenergy devices, no need for setup
• Top class 100 A direct connection in power sensor with built-in CT
• 100 ms data refresh rate, instantaneous data feed
Used for monitoring power consumption in homes and commercial buildings, helping users analyze energy efficiency and optimize power usage.
Suitable for smart home systems, it optimizes power usage through real-time data feedback.
In photovoltaic power generation systems, the SP-DH can be used to monitor inverter output power and overall system performance, ensuring efficient operation.
Used for monitoring power parameters in power distribution systems, helping power companies or managers monitor the stability and efficiency of the power network.
Industrial Equipment Monitoring:
In some industrial equipment or production lines, the SP-DH can monitor power consumption, optimize energy efficiency, and prevent equipment failures due to power issues.
In large industrial equipment, the SP-CT120-DH can monitor the power parameters of high-power devices (such as large motors, transformers, welding machines, etc.), making it particularly suitable for heavy-load equipment.
In high-power applications such as power substations, high-voltage power systems, and data centers, the SP-CT120-DH can monitor high-current loads in real time to ensure stable system operation.
For power monitoring in large buildings or for multiple parallel devices, the SP-CT120-DH provides detailed current and power data, helping power managers monitor equipment and diagnose faults.
For large-scale photovoltaic power plants, the SP-CT120-DH can measure power generation and usage of high-current loads, helping analyze photovoltaic system efficiency.
The TP-DH is particularly suitable for equipment that requires temperature and power monitoring, such as power transformers, UPS power supplies, and distribution boxes. When operating at high temperatures, elevated temperatures can cause equipment damage or failure. The TP-DH provides temperature alarms to facilitate preventative maintenance.
In smart grid systems, the TP-DH helps monitor temperature changes and power loads within the grid, ensuring normal operation and avoiding overloads or equipment damage.
In photovoltaic systems, temperature is a key factor affecting the efficiency of photovoltaic panels. The TP-DH monitors current, voltage, and temperature in real time to optimize panel efficiency and prevent overheating and other power generation losses.
For battery energy storage systems (such as lithium-ion and lead-acid batteries), the TP-DH monitors the battery's power input/output status and temperature changes to ensure it operates within safe limits.
For large machinery or industrial facilities, the TP-CT120-DH simultaneously monitors current (up to 120A) and temperature. It is widely used in equipment with high power loads, such as those in the metallurgical, mining, and power industries.
For thermal management of electrical and mechanical equipment, the TP-CT120-DH helps monitor current load and device temperature, ensuring safe operating conditions and preventing failures due to overheating or overcurrent.
For power-intensive facilities like data centers, the TP-CT120-DH monitors power load and device temperature, helping to manage energy efficiency and avoid wasteful power consumption caused by overheating.
The Sub1G Kit can be used in various IoT systems, particularly those requiring remote monitoring. It supports long-distance wireless data transmission (such as 433 MHz or 868 MHz), making it suitable for IoT applications with wide-area coverage.
In locations where wiring is inconvenient, the Sub1G Kit can be used with SP series or TP series sensors for wireless remote data collection. For example, in scenarios such as distributed photovoltaic systems and remote wind farms, the Sub1G Kit can be used to transmit power parameters and environmental data to a remote monitoring platform in real time.
In agriculture and environmental monitoring, the Sub1G Kit can be used with sensors to collect real-time data such as temperature, humidity, and light intensity, helping farmers or environmental monitoring agencies implement intelligent management.
In smart building and smart city projects, the Sub1G Kit can be used to monitor power, temperature, and environment within buildings, and wirelessly transmit this data to a central control system for remote management.
