Title: Understanding EN 62386-2:2019 and EN 16247-2:2019
Introduction:
Lighting systems are an essential aspect of any building, as they not only provide illumination but also contribute to the overall energy consumption of the building. The control of lighting systems is critical to achieving energy efficiency and reducing waste. EN 62386-2:2019 and EN 16247-2:2019 are two important technical standards that provide guidelines for controlling lighting systems and conducting energy audits, respectively.
EN 62386-2:2019: The Technical Standard for the Control of Lighting Systems
EN 62386-2:2019 is a technical standard developed by the European Committee for Electrotechnical Standardization (CENELEC) that provides specifications for the control of lighting systems in buildings. The standard defines the electrical interface, data format, and communication methods that should be used to achieve interoperability between different manufacturers' products.
The main purpose of EN 62386-2:2019 is to establish a common language and communication protocol between lighting devices and control systems. The standard allows for the control of individual lights and groups of lights, as well as enabling advanced features such as dimming, color changes, and scene setting. It also covers aspects such as addressing, error handling, and feedback mechanisms.
EN 16247-2:2019: The Technical Standard for Energy Audits
EN 16247-2:2019 is a technical standard developed by the International Energy Agency (IEA) that provides guidelines for conducting energy audits in buildings. The standard offers a structured approach to assess the energy performance of a building and identify opportunities for energy efficiency improvements.
The main purpose of EN 16247-2:2019 is to help organizations evaluate their energy consumption, identify potential energy savings, and prioritize actions to reduce energy usage. By following the guidelines outlined in EN 16247-2:2019, businesses can systematically assess the energy performance of their buildings and develop effective energy management strategies.
Key Elements of EN 62386-2:2019 and EN 16247-2:2019
Both EN 62386-2:2019 and EN 16247-2:2019 are technical standards that provide guidelines for controlling lighting systems and conducting energy audits, respectively. The key elements of these standards include:
1. Electrical Interface: The electrical interface is the point of contact between the lighting devices and the control systems. The standard defines the electrical interface requirements for interoperability between different manufacturers' products.
2. Data Format: The data format is the way in which data is transmitted between the lighting devices and the control systems. The standard defines the data format for achieving interoperability and communication between different manufacturers' products.
3. Communication Methods: The communication methods are the ways in which data is transmitted between the lighting devices and the control systems. The standard defines the communication methods for achieving interoperability and communication between different manufacturers' products.
4. Addressing: The addressing mechanism is the way in which the control systems identify the lighting devices. The standard defines the addressing mechanism for achieving interoperability and communication between different manufacturers' products.
5. Error Handling: The error handling mechanism is the way in which the control systems respond to errors or problems that may occur. The standard defines the error handling mechanism for achieving interoperability and communication between different manufacturers' products.
6. Feedback Mechanisms: The feedback mechanism is the way in which the control systems provide feedback to the lighting devices. The standard defines the feedback mechanism for achieving interoperability and communication between different manufacturers' products.
Conclusion:
EN 62386-2:2019 and EN 16247-2:2019 are two important technical standards that provide guidelines for controlling lighting systems and conducting energy audits,.
Nina She