Smart power distribution and microgrid solutions from Danli: intelligent switchgear, monitoring terminals and control systems for reliable, efficient energy networks.
By integrating intelligent terminal devices, we can provide a holistic view of the power distribution network, meeting our customers’ needs for security, stability, and high intelligence. We are committed to minimizing energy loss and waste, thereby achieving energy conservation and emission reduction goals.
Distribution networks are under pressure from growing demand, more renewable generation and stricter reliability targets. Traditional networks rely on manual switching and fault patrols, which means long outages and little information about what is happening on each feeder. By adding intelligent switchgear, automation terminals and a central monitoring platform, operators can see loads and alarms in real time, locate faults quickly, restore supply automatically and plan maintenance from actual equipment condition.
Danli designs and manufactures the medium and low voltage equipment and the control systems that make this possible, from a single ring main unit upgrade to a complete industrial-park network.
Ensure stable and reliable power distribution through intelligent monitoring and control.
Reduce energy losses and operating costs through optimized power management.
Adapt power distribution systems to different environments and operational requirements.
Intelligent microgrid solutions that integrate distributed energy resources, smart control, and energy management to deliver reliable, efficient, and sustainable power.
Advanced power distribution solutions designed to improve grid reliability, energy efficiency, and intelligent monitoring while supporting safe and stable power delivery.
A modern distribution network needs equipment that can switch, protect and report on every feeder. Danli supplies the complete chain, engineered and tested together:
| Equipment | Role in the network |
|---|---|
| Medium voltage switchgear and ring main units | Receive incoming supplies and switch and protect 10–35 kV feeders |
| Prefabricated / box-type substations | Combine MV switchgear, transformer and LV distribution in one outdoor unit |
| Low voltage switchgear | Distribute power from the transformer to buildings, factories and loads |
| Distribution automation terminals (FTU/DTU) | Monitor feeder current and voltage, detect faults and allow remote switching |
| Power monitoring and SCADA software | Give operators one view of loads, alarms and energy data across the network |
When a fault occurs on an overhead line or cable, automation terminals at each switching point detect the fault current and report it to the control system. The faulty section is identified, the switches on either side open to isolate it, and healthy sections are re-energised from another source — often in seconds rather than the hours needed for manual patrols. This reduces outage time for customers and helps utilities meet reliability targets such as SAIDI and SAIFI.
Solar PV, battery storage and on-site generators are changing how power flows through local networks. Our microgrid solutions combine protection, control and energy management so that these resources can work with the grid or run in island mode during outages. Typical functions include:
Related products: high-voltage switchgear cabinets, KYN28-12 metal-clad switchgear and low-voltage switchgear. Learn more in our guide to high vs low voltage switchgear.
Every network is different, so we start with your single-line diagram, load data and reliability targets. Our engineers propose the switchgear configuration, protection scheme and automation architecture, build and test the equipment in our factory, and support installation and commissioning on site. All equipment ships with drawings, test reports and operating manuals.
Medium voltage equipment is designed to the IEC 62271 series, and low voltage assemblies to IEC 61439. Each panel is routine-tested in the factory — power-frequency withstand, main circuit resistance, mechanical operation and secondary wiring checks — before it is shipped. For automation systems we carry out a factory acceptance test of the terminals, communication and SCADA screens, so problems are found in the factory rather than on site.
Every delivery includes a complete documentation package: single-line and wiring diagrams, general arrangement drawings, test reports, protection settings, operation and maintenance manuals and a recommended spare parts list. This makes commissioning faster and gives your maintenance team everything they need for the life of the equipment.
It is a distribution network that uses intelligent switchgear, sensors and communication to monitor loads, detect faults and switch circuits automatically, instead of relying only on manual operation and inspection.
A microgrid has its own generation or storage and control system, so it can disconnect from the main grid and keep supplying critical loads during an outage.
Yes. Ring main units, automation terminals and monitoring systems can be added in stages to existing networks to improve reliability without replacing everything at once.
We supply equipment for low voltage distribution and for medium voltage networks typically from 10 kV to 35 kV.
From a single control cabinet to full plant-wide automation.
Custom power distribution & automation control systems — high-voltage to intelligent PLC/DCS.
Zhejiang Danli Intelligent Control Technology Co., Ltd.
Est. 2013 · Hangzhou, China · National High-Tech Enterprise
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