Solar Power Generation Monitoring System
Not only "visualization," but also a package that enhances the necessary information for maintenance and monitoring systems, accommodating power generation facilities of various scales.
■Purpose of the System "PVWatcher" is a system that collects various data such as power generation amount, temperature, and solar radiation from ECom-PV or ECom-PVM located remotely, and transmits this data to a central server via the internet or a closed network. We will provide proposals that maximize benefits according to your budget and requirements, including not only data collection from the power conditioner and the construction of the central server but also the ability to view the acquired data on the web or signage applications, as well as alarm notifications via email. ■System Configuration An energy data collection device that collects data from the power conditioner and sends it to the central server. A central server that stores the data. "Visualization" through web and signage applications. "Centralized management" through maintenance/monitoring systems. Additionally, it consists of mobile routers, broadband routers, etc., for data transmission.
basic information
【Overview and Features】 ■ By utilizing standardized packaged software, it is possible to create a low-cost remote monitoring system. ■ By selecting monitoring functions that are block-based according to functionality, it can accommodate solar power plants from medium and small scale to large scale. ■ By utilizing battery monitoring functions and electricity trading information acquisition functions, it is possible to support demand response and VPP construction. 【Equipment Used】 ■ Energy data collection device "ECom-PVM" An intelligent logger equipped with web functionality. ■ OP485-in/OP485-ai End device (sensor data input/output device) "OP485-in/OP485-ai" An end device that can accommodate various sensor data when used in combination. ■ IoT gateway device "IOG-100" A gateway equipped with MQTT protocol that enables data collaboration with IoT platforms. ■ NTT Docomo ubiquitous module built-in high-speed mobile router "L2X Assist" A standard high-speed mobile router for LTE.
Price range
Delivery Time
Model number/Brand name
Solar Power Generation Remote Monitoring System
Applications/Examples of results
■Remote monitoring of solar power generation ■Battery monitoring ■String monitoring ■Power conditioner monitoring ■Cubicle monitoring ■Visualization and power monitoring ■Output control
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The catalog for the industrial equipment monitoring system "Facility Assist" has been published.
"Facility Assist for SaaS" is a service that provides "Facility Assist," a system that monitors the condition and stable operation of equipment and machinery, as a SaaS offering. Customers can view data collected from each monitoring device using a web browser. The packaged version had high barriers such as initial costs, operational management after implementation, and data backup, but the SaaS version is available for a monthly fee, and since system management is handled by our company, it allows for easy initiation of equipment monitoring. Main Features: - Consistent provision from data collection devices to remote monitoring screens - No need for in-house capital investment in servers, allowing for lower initial costs - Operates on a cloud infrastructure, compatible with Amazon Web Services (AWS) - Notifies users of communication abnormalities or status anomalies via email - Supports output control from the center
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Energy Management System | Solar Power Remote Monitoring System has been published.
A package that not only provides "visualization" but also enriches the necessary information for maintenance and monitoring systems, accommodating various scales of power generation facilities. Energy data collection devices, such as ECom-PV and ECom-PVM, that acquire power generation amounts from power converters (PCS) and strings, as well as temperature and solar radiation data. End devices like OP485-in and OP485-ai that collect trading electricity information, contact alarms, and analog information within the cubicle. A gateway, IOG-100, that collects and processes information from OP485 and transmits it to a mobile router, L2X Assist. The system consists of a web application/signage application that processes and stores data on the cloud for "visualization," along with a monitoring system, PV-Watcher, that performs maintenance monitoring of power generation facilities. 【Overview and Features】 ■ By utilizing standardized package software, it is possible to create a low-cost remote monitoring system. ■ By selecting monitoring functions that are block-based according to functionality, it can accommodate solar power plants from medium and small scales to large scales. ■ By utilizing battery monitoring functions and trading electricity information acquisition functions, it is possible to support demand response and VPP construction.
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We have published the catalog for the 'Solar Power Generation Remote Monitoring System'.
A package that not only provides "visualization" but also enriches the information necessary for maintenance and monitoring systems, accommodating various scales of power generation facilities. Energy data collection devices, "ECom-PV, ECom-PVM," that acquire power generation amounts from power converters (PCS) and strings, as well as temperature and solar radiation data. End devices, "OP485-in, OP485-ai," that obtain trading electricity information, contact alarms, and analog information within the cubicle. A gateway, "IOG-100," that collects and processes information from OP485 and transmits it to a mobile router, "L2X Assist." The system is composed of a web application/signage application that processes and stores data on the cloud for "visualization," along with a monitoring system, "PV-Watcher," that conducts maintenance monitoring of power generation facilities. [Overview and Features] ■ By utilizing standardized package software, it is possible to create a low-cost remote monitoring system. ■ By selecting monitoring functions that are block-based according to functionality, it can accommodate solar power plants ranging from medium and small scale to large scale. ■ By utilizing battery monitoring functions and trading electricity information acquisition functions, it is possible to respond to demand response and VPP construction.
