Design and manufacturing
OCC RTPV Cloud System
- Japanese Standards & Technology
- Cloud-Based Multi-Project Monitoring
The OCC RTPV Cloud System is a cloud-based centralized management platform designed specifically for rooftop solar PV installations. This solution enables project owners to perform remote monitoring and multi-project data analysis anytime, anywhere—eliminating the need for costly physical server investments.
Key features
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Flexible Access & Monitoring:
Enables users to monitor operating parameters and receive real-time alerts across multiple platforms, including web browsers and mobile devices.
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Cloud Data Storage:
All measurement data, operational history, and reports are securely synchronized to cloud servers, supporting long-term data extraction and analytics.
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Seamless System Expansion
Supports rapid integration of new solar PV stations into the management network without altering existing hardware architecture.
Price: Contact for a quote
Standard Specifications
Solution Detail & Operating Principle
Practical Challenge
For enterprises owning multiple distributed solar PV systems, building a traditional physical Operation Control Center (OCC) typically requires significant initial capital expenditures for server infrastructure, network equipment, and dedicated facility space. Furthermore, managers and engineers face challenges in monitoring project performance when away from the plant or local control room, leading to delayed decision-making during sudden power degradation or fault events.
Product Solution
The OCC RTPV Cloud System offers a modern approach that fully resolves cost and flexibility challenges. By migrating the entire operation control center to a cloud platform, the solution completely eliminates the capital burden of purchasing and maintaining server hardware. This solution enables synchronized monitoring across multiple projects, optimizes energy management workflows, and delivers maximum user convenience from anywhere with an internet connection.
Operating Principle
At generation sites, Data Loggers or Gateways measure and collect field data from inverters or smart meters. The data is encrypted and continuously transmitted to the cloud server system. Within the cloud data center, core software analyzes parameters such as voltage, current, power output, and overall plant efficiency. Based on role-based access control, users access the platform to monitor graphical analytics or dispatch control commands—such as switching operations or power regulation—back to site equipment.
Safety Design & Integration Capabilities
The solution meets stringent information security standards with multi-layered protection and end-to-end communication encryption, effectively preventing data leakage and cyber attack risks. Cloud architecture enables robust integration capabilities via API protocols, allowing immediate monitoring expansion as new projects are added. Furthermore, the platform can establish compliant data-sharing connections with national grid operator software or corporate ERP enterprise systems.
Practical Applications
With high flexibility and availability, this platform is the optimal choice for renewable energy investment funds, EPC contractors, and multinational corporations with extensive, geographically distributed facility portfolios. The product is ideally suited for modern operation and maintenance (O&M) models where management requires a rapid and accurate overview of rooftop solar profitability and performance.
Get a Power-Quality Survey & Switchboard Design Quote
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- Head office: Unit 1 & 2, 13th Floor, PV Oil Building, 148 Hoang Quoc Viet Street, Nghia Do Ward, Hanoi City
- Project support: hsv-sales@hino-systech.com