RTPV OCC System

Design and manufacturing

RTPV OCC System

  • Japanese Standards & Technology
  • Centralized Operations Management

The RTPV OCC System is a comprehensive Operation Control Center solution dedicated to rooftop solar PV clusters. Powered by Japanese technology, the system enables centralized monitoring, data analytics, and remote control—ensuring power generation efficiency and grid stability across the entire network.

Key features

  • Multi-Project Centralized Monitoring:

    Synchronously collects and displays real-time operational data from multiple distributed solar PV systems on a single central control screen.

  • Remote Control & Command Dispatch:

    Enables operating engineers to execute switching operations, power limit adjustments, or inverter equipment resets directly from the control room without field visits.

  • Performance Analysis & Reporting

    Automatically aggregates measurement data, evaluates system performance (PR), and generates detailed operational reports to optimize maintenance processes.

Price: Contact for a quote

Standard Specifications

Item
Standard configuration
System Applications
Rooftop Solar PV Systems (RTPV)
Design Standards
Japanese Technology

Solution Detail & Operating Principle

Enterprises and investors owning multiple rooftop solar PV projects dispersed across different geographical locations face significant challenges in synchronized management. The lack of a centralized monitoring center leads to delayed responses when system power degradation or faults occur. This not only increases operation and maintenance (O&M) costs due to dispatching personnel to individual sites, but also makes it difficult for management to accurately evaluate overall return on investment.

The RTPV OCC (Operation Control Center) system was developed to fundamentally eliminate these distributed operational barriers. The system delivers a digitized command center that aggregates all measurement data into a single point of truth. This solution allows investors to immediately capture a complete picture of overall project health across their portfolio, optimize local technical staff resources, and minimize downtime during unexpected incidents to safeguard energy yield.

Operating on a robust telecommunications network infrastructure, the system continuously transmits data from site locations—including inverter parameters, power meters, and weather stations—to a central server. There, specialized software analyzes and visualizes data streams on large video wall displays. Duty engineers can monitor system status, receive automated fault alerts, and instantly dispatch control commands back to field devices for power output capping or safe system disconnection.

Designed with a highly redundant network architecture, the system guarantees zero signal blind spots or interruptions. Security is paramount, featuring international industrial-grade cybersecurity layers and fully encrypted transmission channels to prevent cyber threats. An open architecture foundation also enables seamless integration with corporate ERP systems or compliant data-sharing interfaces with the national power grid dispatch center (EVN).

With flexible management capability, the RTPV OCC System is the ideal solution for EPC contractors, energy investment funds, and corporate groups owning large-scale industrial facility portfolios. Establishing an operation control center empowers enterprises to standardize maintenance workflows, enhance operational professionalism, and ensure sustainable, long-term lifecycle exploitation of solar PV assets.

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