IEEE 80005-2-2016

80005-2-2016 is a technical standard covering data communication for monitoring and control in high and low voltage shore connection systems. It addresses how information is exchanged so shore supply equipment can be supervised and operated in a structured way. For power and energy applications, this kind of specification supports dependable integration between electrical components, control functions, and monitoring interfaces, helping engineers and operators maintain consistency across connected systems.

About 80005-2-2016

This standard focuses on the communication aspect of shore connection systems, specifically the data needed for monitoring and control in high and low voltage arrangements. It is relevant to electrical engineering work where a shore supply must be managed with clear operational signals and coordinated control behavior. By defining a common technical basis, 80005-2-2016 helps reduce ambiguity in system design, interface planning, and equipment specification for connected power installations.

Where is 80005-2-2016 used?

80005-2-2016 is typically used in shore connection projects where ships or other installations receive electrical power from land-based systems and where monitoring and control must be coordinated through data communication. It is most relevant for system integrators, switchgear and control equipment designers, and teams specifying interface behavior for high and low voltage shore supply equipment. In practice, it supports engineering work involving communication between control units, monitoring devices, and related power system components.

Importance in practice

In practice, 80005-2-2016 helps improve consistency in how shore connection systems communicate operating status and control information. That matters for compliance, testing, and procurement because clearly defined communication behavior can reduce integration errors and simplify verification. For projects involving power transfer, safe operation and coordinated control depend on reliable data exchange, making this standard useful for managing technical risk and supporting repeatable implementation across different equipment and installations.

• Data communication for monitoring and control
• High and low voltage shore connection systems
• Electrical interface and control coordination
• System integration and testing support
• Technical consistency for shore supply equipment