Difference between revisions of "Standards"
Jump to navigation
Jump to search
(SEO) |
|||
| (One intermediate revision by the same user not shown) | |||
| Line 44: | Line 44: | ||
<br /> | <br /> | ||
| + | |||
==Standards applicable to Solar projects== | ==Standards applicable to Solar projects== | ||
The main electrical standard applicable for Solar Installation are classified below by order of importance : | The main electrical standard applicable for Solar Installation are classified below by order of importance : | ||
| Line 55: | Line 56: | ||
2016 version | 2016 version | ||
|'''[https://webstore.iec.ch/preview/info_iec62548%7Bed1.0%7Db.pdf PV array design requirements]''' | |'''[https://webstore.iec.ch/preview/info_iec62548%7Bed1.0%7Db.pdf PV array design requirements]''' | ||
| − | |Main worldwide | + | |Main worldwide standard for any grid connected PV installation |
|- | |- | ||
|'''[https://webstore.iec.ch/publication/26942 IEC 62 738]''' | |'''[https://webstore.iec.ch/publication/26942 IEC 62 738]''' | ||
Latest revision as of 14:04, 1 August 2022
International Standards[edit | edit source]
Before going into details of the norms applicable to Solar, a quick reminder about the different types of electrical standards in the world and their applicable regions:
| Acronym | Title | Comment | Application |
|---|---|---|---|
| IEC | International Electrotechnical Commission | International Electrical Standards | European based |
| ANSI | American National Standard Institude | All American Standards | US based |
| IEEE | Institute of Electrical and Electronics Engineers | American Electrical Standards | Worldwide use |
| NEC | National Electricity code | American Electrical Standards | US applicable |
Local norms and standards are always applicable in priority. However, when specific in a country, they are most of the time strongly inspired by the IEC or ANSI standard.
IEC with or without national rule
ANSI/IEEE NEC
ANSI/IEEE NEC with or without national rule
Standards applicable to Solar projects[edit | edit source]
The main electrical standard applicable for Solar Installation are classified below by order of importance :
| Reference | Object | Comment |
| IEC 62 548
2016 version |
PV array design requirements | Main worldwide standard for any grid connected PV installation |
| IEC 62 738
2018 version |
Design Guideline for PV power plant | This is a transposition of the IEC 62 548 specifically for Large Scale solar farms. It allows more flexibility in the design in order not to oversize equipment, as it might have a much bigger impact than it would in small installations. |
| IEC 61 427-1 | Offgrid Storage for renewable | Main IEC norm for any PV + Storage installation not connected to the grid |
| IEC 61 427-2 | Grid Connected Storage for renewable | Main IEC norm for any PV + Storage installation connected to the grid |
| IEC 60 364 - 7-712 | Electrical requirements for Low voltage PV installation | Chapter of the IEC 60 364 focusing on PV installation. It is close to the IEC 62 548 (which remain the main PV norm), but is more focused on LV electrical design |
| IEC 60 364 | Low Voltage electrical requirements | This is the main norm for any type of low voltage installation. The scope is very large, that’s why this norm is split in a lot of chapters, where some are applicable to solar installations (see below) |
| IEC 64 364 - 5-52 | LV electrical - Cable selection | Selection and sizing of low voltage electrical cables |
| IEC 62 930
2017 version |
Electric cables for photovoltaic systems with a voltage rating of 1,5 kV DC | Describe how a DC PV cable should be built ® Buy PV cables that comply with this norm |
| IEC 60 502 -2 | Medium and High voltage Cables | Describe how an AC High Voltage cable should be built ® Buy HV cables that comply with this norm |
| IEC 60 269 - 6 | LV Fuse for PV | The IEC 60 269 is the general norm for any type of low voltage fuse
The chapter 6 of this norm is the specifications for fuses in PV installation ® Buy fuses compliant with this norm |