LOGGON-K1 Smart Energy Platform: Centralised Monitoring and Safety Management
The LOGGON-K1 is a smart energy safety management cloud platform from LOGGON TECH, positioned as an energy management platform for industrial and commercial electrical installations. It builds a unified platform for equipment management and applies mobile internet, artificial intelligence, automation control and IoT technology to perform 7x24 automated data collection and analysis on electrical equipment. The platform strengthens real-time monitoring, real-time fault diagnosis, prediction and decision-making, and integrates power dispatch, power monitoring, equipment management and power O&M into one smart management system. For plant buyers and electrical engineers, this means operational data from metering devices converges into a single environment instead of remaining distributed across local displays, paper logs and separate PC tools.
* Field-layer integration scope is confirmed per project.
Overview: where a smart energy platform fits in the electrical architecture
A smart energy platform sits above the field layer. Meters, transducers and protection devices measure and report; the platform aggregates, stores, analyses and presents. The K1 platform is designed for this upper layer and connects power production management with on-site real-time monitoring. It is applicable wherever an installation already collects electrical data at device level but lacks a common view: factory power distribution systems, building electrical rooms, substations and similar sites where energy consumption, power quality events and equipment condition need to be reviewed together.
The platform supports equipment full-lifecycle O&M, covering an asset from warehousing through to retirement. It also removes information silos and enables information sharing between teams that would otherwise work from separate data sets — for example, between those responsible for power dispatch and those responsible for maintenance.
Models in this range
The K1 is offered as a platform solution rather than as a hardware variant. In a typical project the platform sits above field-layer devices such as the following, which supply the measurement data (the exact integration scope is confirmed per project):
- LOGGON-5M meters — metering devices with RS485 Modbus-RTU communication, used for electrical parameter acquisition at the monitoring point.
- MDM / DNS meters — the MDM3001S and DNS meters document RS485 Modbus; the MDM3100 documents RS-485.
- LOGGON-5 series meters — a meter family that can sit below the platform in a typical project; integration is confirmed per project.
- PRO transducers — signal conversion devices that feed measured values into the acquisition chain.
Selection between these devices is driven by the measurement task at each point; the K1 platform itself is common across the configuration. Detailed electrical specifications for each field device are stated on the respective product pages and should be checked against the installation before ordering.
How to select
Selection starts from the monitoring objective, not from the platform. Work through the following sequence:
- Define the measurement points. List each feeder, incomer or distribution board where electrical data is required, and note the parameters to be acquired at each point.
- Match a field device to each point. Choose from the LOGGON-5M, MDM/DNS, LOGGON-5 series meters and PRO transducers according to the parameters and interface required. The LOGGON-5M documents RS485 Modbus-RTU; the MDM3001S and DNS meters document RS485 Modbus; the MDM3100 documents RS-485.
- Check the communication path. Confirm that RS485 cabling can reach each device and that the bus is planned with correct termination, shielding and addressing for the site layout, using each device's documented protocol.
- Define the management scope. Decide which functions the platform must cover — power dispatch, power monitoring, equipment management, power O&M, or a combination — and confirm the asset register to be maintained across the equipment lifecycle.
- Plan the O&M workflow. Confirm how fault events will be reviewed, how diagnosis results will be acted on, and which teams will share the platform data.
Integration and communication
The field layer below the platform includes the LOGGON-5M, which documents RS485 Modbus-RTU, and the MDM3001S and DNS meters, which document RS485 Modbus; the MDM3100 documents RS-485. How a given project's devices are integrated (directly, or through an intermediate gateway acting as Modbus master) is confirmed with the export department during project specification. Practical integration points for the electrical engineer include:
- Bus topology and termination consistent with RS485 practice, and unique slave addresses per device.
- Cable routing separated from power cabling to limit induced noise on the serial line.
- A register map per device type, agreed before commissioning, so that acquired values are mapped correctly in the platform.
- Coordination between the platform's data collection cycle and any local polling by other systems on the same bus.
The platform applies automated data collection and analysis to the acquired data, and supports real-time fault diagnosis and prediction as part of the integrated management system.
FAQ
Is the LOGGON-K1 a hardware device or software?
It is a cloud platform — a smart energy safety management solution — that operates above the field layer of meters and transducers. It is not itself a meter.
Which devices can supply data to the platform?
The field devices typically proposed below the platform are the LOGGON-5M (RS485 Modbus-RTU) and the MDM3001S and DNS meters (RS485 Modbus); the MDM3100 documents RS-485; the LOGGON-5 series meters and PRO transducers complete the typical field layer. The integration scope for a specific project is confirmed with the export department.
Does the platform replace local meter displays?
No. The platform aggregates and analyses data from the field devices. Local measurement and display functions remain with the meters themselves.
Can the platform support both monitoring and maintenance work?
Yes. The K1 integrates power dispatch, power monitoring, equipment management and power O&M, and supports equipment full-lifecycle O&M from warehousing to retirement.
For a plant buyer, the practical evaluation path is to map the site's measurement points, confirm the RS485 field devices and their documented protocols at each point, and then define the management scope the platform must cover. LOGGON TECH can supply the K1 platform together with field-layer devices, so the acquisition layer and the management layer can be specified as one system — with the integration scope confirmed per project.