The requirements under RfG are similar to the existing GB Grid Code for larger generators. For generators below 10MW there are differences; and the requirements go all the way down to 800W. The Requirements Technical requirements in RfG are arranged in four types A-D based on the connection voltage and MW capacity. The maximum levels allowed are as

2016年4月14日 · ENTSO-E has published implementation guidelines for the NC RfG, to support the code by highlighting the impact on specific technologies, the link with local network characteristics, as well the need for coordination between network operators and grid users.

2022年9月9日 · 产生等离子体的射频电源通常被称为射频发生器（RF Gen: radio frequency generator），其工作原理为：在一个密闭的真空压力容器内，利用真空泵获得一定的真空度，射频被馈入到真空室的两个基板之间，在两个极板之间产生一个变电场，气体在电场中被电离，产生相对应的离子，带电粒子被加速不断地碰撞气体分子产生级联效应。 就这样产生了辉光，从而产生了等离子体。 一般的RF 系统由三大部分组成，分别为射频发生器，传输线和阻抗匹配系 …

The network code on the requirements for generators (RfG Regulation ) establishes a set of harmonised rules for generators to connect to the grid, namely synchronous power-generating modules, power park modules and offshore power park modules. The RfG Regulation entered into force on 17 May 2016.

RfG introduces the terms of Power Generating Facility (PGF) and Power Generating Module (PGM), Figure 1. A PGF is a facility that converts primary energy into electrical energy and which consists of one or more power-generating modules (PGMs) connected to a network at one or more connection points.

This Regulation establishes a network code which lays down the requirements for grid connection of power-generating facilities, namely synchronous power-generating modules, power park modules and offshore power park modules, to the interconnected system.

2016年4月27日 · The Network Code describes the grid connection requirements for generators at all voltage levels. It focuses on the cross-border electricity trade. The regulations include, for example, capabilities for frequency stabilization, provision of reactive power to the point of black start capacity of large installations.

Unlike GB, RfG does not define the term “Power Station” or “Generating Unit”, but does define “Power Generating Module”. RfG does make reference to “units” although this is not a defined term. Unusually the term “alternator” is defined although it …

2013年1月30日 · NC RfG defines the requirements applicable to Power Generating Modules by placing generators into one of four 'types' A-D. These categories are based on the maximum capacity of the Power Generating Module and its connection voltage level.

The network code on Requirements for grid connection of generators (NC RfG) has been proposed by the European Commission in 2009 as part of third energy package to increase cross-border electricity exchange and maintain security of supply.