What is BS EN IEC 62934 about?
BS EN IEC 62934 provides terms and definitions as well as acronyms and abbreviations, in the subject area of grid integration of renewable energy generation. The technical issues of grid integration mainly focus on the issues caused by renewable energy generation with variable sources and/or converter-based technology, such as wind power and photovoltaic power generation.
Note: BS EN IEC 62934 does not cover the renewable energy generations such as hydro power and biomass power with a relatively continuously available primary energy source and a rotating generator are conventional sources of generation.
Who is BS EN IEC 62934 for?
BS EN IEC 62934 on terminology for grid integration is relevant to:
- Manufactures and suppliers of renewable energy
- Retailers and dealers of renewable energy
- Companies dealing with solar energy/cell/panels
Why should you use BS EN IEC 62934?
The efficient ways to deliver variables of renewable energy (VRE) to the grid is generated by Grid Integration.
BS EN IEC 62934 gives you the technical point of view, for terminology for grid integration of renewable energy generation as it is an interdisciplinary complex technical field which is concerned with basic equipment, system integration, control and protection, operation and dispatch, market and trade and so on. Without a strong standardization of terminology, focal terms can have a different understanding by different countries, parties, and technical areas.
BS EN IEC 62934 harmonizes vocabulary which is critical also from the market point of view. It impacts economics and this can become a barrier to commerce. The correct comparison among different options is fundamental, therefore basic terms and definitions impact economic decisions.
BS EN IEC 62934 provides you the control and protection such as unit control in which control determined and executed on individual generating unit, plant control which control determined by a plant controller and executed by generating units and other controllable equipment in the plant through communication.
