In distributed power generation, backup power sources, and grid connected power stations, parallel operation of multiple generator units is the key to achieving capacity expansion, improving power supply reliability, and operating economy. However, to achieve stable parallel connection of multiple units, precise load distribution and frequency synchronization control capabilities are necessary. The LSU-112DG launched by DEIF company is a dedicated control unit designed for this purpose. It can accurately regulate the speed of the generator set's prime mover (diesel engine, gas engine, etc.), ensuring that the unit can stably and reasonably share the load when running alone, parallel with the power grid, or parallel with other units. This article provides a comprehensive analysis of the working principle, functional characteristics, technical parameters, and application configuration of LSU-112DG based on official technical materials.
In the field of modern shipbuilding and ocean engineering, the stability, reliability, and intelligence level of the power system are directly related to navigation safety, operational efficiency, and operating costs. With the continuous improvement of ship electrification, complex power generation networks, load management, and strict redundancy requirements have posed unprecedented challenges to power management systems. The PPM 300 (Power Plant Management 300) platform launched by DEIF is a multifunctional and intelligent controller designed to address these challenges. This article is based on official technical materials and provides an in-depth analysis of the architecture, core functions, protection mechanisms, and application value of PPM 300 in various ship and marine engineering scenarios.
In the field of generator automation control, the flexibility, reliability, and scalability of the system are the three core elements that users are concerned about. The DELOMATIC 3 multifunctional control system launched by DEIF provides a customized solution for ship power plants, land-based power plants, and cogeneration facilities with its modular design concept and powerful communication capabilities. This article is based on official technical data and provides a deep analysis of the system architecture, core modules, communication network, and technical specifications of DELOMATIC 3, helping engineers and technicians fully understand the unique value of this classic control platform.
In the field of modern distributed energy and cogeneration, the requirements for generator control systems are far beyond basic start stop and protection. Faced with increasingly complex gas engine technology, strict emission regulations, and the demand for unmanned operation and maintenance, a comprehensive solution that integrates advanced control algorithms, precise measurement protection, and remote communication capabilities has become an inevitable choice. The DELOMATIC 400 launched by DEIF is designed specifically for this purpose, as a modular process controller for power plants driven by gas engines. This article will delve into the architecture, core functions, technical specifications, and unique application value of the system in the field of gas energy based on its official technical data manual.
