Abstract
The paper is a summary report on consultation inside the Electricity and PV Industry leading to publication of ER G77/1: 'Connection of Single-Phase Inverter Connected Photovoltaic (PV) Generating Equipment of up to 5kVA in Parallel with a Distribution Network Operators (DNOs) Distribution System'. Technical work on ETSU/S/P2/0040 is also reported. The project is a continuation of ETSU/S/P2/00215 which set-up the 'ER G77 Working Group' in order to (i) continue consultation with DNOs and the PV industry; (ii) monitor and make use of experience resulting from implementation of ER G77; (iii) act as a forum for discussion of improvements to ER G77; (iv) assist projects like the DTI supported Domestic Field Trial; (v) provide a link to BSI Standards Work in the field; (vi) provide a link with sub-projects investigating questions related to ER G77. Overall, the goal is to develop a final version of ER G77/1 acceptable to both the electricity supply industry and the PV industry. A revised version of ER G/771 is included.
Citation Formats
Thornycroft, J, Cotterell, M, and Collinson, A.
Consultation on the implementation of Engineering Recommendation ER G77. Volume 1: Summary report.
United Kingdom: N. p.,
2002.
Web.
Thornycroft, J, Cotterell, M, & Collinson, A.
Consultation on the implementation of Engineering Recommendation ER G77. Volume 1: Summary report.
United Kingdom.
Thornycroft, J, Cotterell, M, and Collinson, A.
2002.
"Consultation on the implementation of Engineering Recommendation ER G77. Volume 1: Summary report."
United Kingdom.
@misc{etde_20249945,
title = {Consultation on the implementation of Engineering Recommendation ER G77. Volume 1: Summary report}
author = {Thornycroft, J, Cotterell, M, and Collinson, A}
abstractNote = {The paper is a summary report on consultation inside the Electricity and PV Industry leading to publication of ER G77/1: 'Connection of Single-Phase Inverter Connected Photovoltaic (PV) Generating Equipment of up to 5kVA in Parallel with a Distribution Network Operators (DNOs) Distribution System'. Technical work on ETSU/S/P2/0040 is also reported. The project is a continuation of ETSU/S/P2/00215 which set-up the 'ER G77 Working Group' in order to (i) continue consultation with DNOs and the PV industry; (ii) monitor and make use of experience resulting from implementation of ER G77; (iii) act as a forum for discussion of improvements to ER G77; (iv) assist projects like the DTI supported Domestic Field Trial; (v) provide a link to BSI Standards Work in the field; (vi) provide a link with sub-projects investigating questions related to ER G77. Overall, the goal is to develop a final version of ER G77/1 acceptable to both the electricity supply industry and the PV industry. A revised version of ER G/771 is included.}
place = {United Kingdom}
year = {2002}
month = {Jul}
}
title = {Consultation on the implementation of Engineering Recommendation ER G77. Volume 1: Summary report}
author = {Thornycroft, J, Cotterell, M, and Collinson, A}
abstractNote = {The paper is a summary report on consultation inside the Electricity and PV Industry leading to publication of ER G77/1: 'Connection of Single-Phase Inverter Connected Photovoltaic (PV) Generating Equipment of up to 5kVA in Parallel with a Distribution Network Operators (DNOs) Distribution System'. Technical work on ETSU/S/P2/0040 is also reported. The project is a continuation of ETSU/S/P2/00215 which set-up the 'ER G77 Working Group' in order to (i) continue consultation with DNOs and the PV industry; (ii) monitor and make use of experience resulting from implementation of ER G77; (iii) act as a forum for discussion of improvements to ER G77; (iv) assist projects like the DTI supported Domestic Field Trial; (v) provide a link to BSI Standards Work in the field; (vi) provide a link with sub-projects investigating questions related to ER G77. Overall, the goal is to develop a final version of ER G77/1 acceptable to both the electricity supply industry and the PV industry. A revised version of ER G/771 is included.}
place = {United Kingdom}
year = {2002}
month = {Jul}
}