Integration of PV+storage - technical and economic evaluation at distribution grids

Guangya Yang, Peng Hou, Dezso Sera, Joäo Pedro Rodrigues Martins, Philip J. Douglass, Sebastian Martens, Poul M. Johansen, Daniel K. Svendsen, Klaus Moth

Publikation: Bidrag til bog/antologi/rapport/konference proceedingKonferenceartikel i proceedingForskningpeer review

Resumé

Incorporation of energy storage units to solar PV plants in small-scale applications has been attracting major attention from the manufacturers worldwide in the past few years. This consolidated into both technology development and commercialization. Most of the solar PV inverter manufacturers nowadays have adopted battery storage as part of their product portfolio offered together with their solar inverters. Some also provide standalone battery storage units to the consumers that can directly cooperate with the existing solar PV plants and/or loads. Despite short-term regulatory risk, the application seems still viable in the long term, where the key business case lies in the reduced cost of electricity bills and the ever-decreasing capital costs of solar PV and storage. In due course, distribution grid operators have become concerned about the possible reduced revenue from the existing tariff model due to the increasing level of self-sufficiency of the consumers. The paper summarizes the background, ideas and the initial results from the work in a Danish project whose activities cover both the technology development and operational analysis of PV and storage systems.
OriginalsprogEngelsk
TitelProceedings of the 8th international workshop on the integration of solar power into power systems
Antal sider5
Publikationsdatookt. 2018
Sider1-5
StatusUdgivet - okt. 2018
Begivenhed8th Solar Integration Workshop 2018 - Stockholm, Sverige
Varighed: 16 okt. 201817 okt. 2018

Workshop

Workshop8th Solar Integration Workshop 2018
LandSverige
ByStockholm
Periode16/10/201817/10/2018

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Economics
Energy storage
Costs
Electricity
Industry

Citer dette

Yang, G., Hou, P., Sera, D., Martins, J. P. R., J. Douglass, P., Martens, S., ... Moth, K. (2018). Integration of PV+storage - technical and economic evaluation at distribution grids. I Proceedings of the 8th international workshop on the integration of solar power into power systems (s. 1-5)
Yang, Guangya ; Hou, Peng ; Sera, Dezso ; Martins, Joäo Pedro Rodrigues ; J. Douglass, Philip ; Martens, Sebastian ; Johansen, Poul M. ; Svendsen, Daniel K. ; Moth, Klaus. / Integration of PV+storage - technical and economic evaluation at distribution grids. Proceedings of the 8th international workshop on the integration of solar power into power systems. 2018. s. 1-5
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title = "Integration of PV+storage - technical and economic evaluation at distribution grids",
abstract = "Incorporation of energy storage units to solar PV plants in small-scale applications has been attracting major attention from the manufacturers worldwide in the past few years. This consolidated into both technology development and commercialization. Most of the solar PV inverter manufacturers nowadays have adopted battery storage as part of their product portfolio offered together with their solar inverters. Some also provide standalone battery storage units to the consumers that can directly cooperate with the existing solar PV plants and/or loads. Despite short-term regulatory risk, the application seems still viable in the long term, where the key business case lies in the reduced cost of electricity bills and the ever-decreasing capital costs of solar PV and storage. In due course, distribution grid operators have become concerned about the possible reduced revenue from the existing tariff model due to the increasing level of self-sufficiency of the consumers. The paper summarizes the background, ideas and the initial results from the work in a Danish project whose activities cover both the technology development and operational analysis of PV and storage systems.",
keywords = "solar PV, battery storage, self-consumption, tariff model, transactive energy",
author = "Guangya Yang and Peng Hou and Dezso Sera and Martins, {Jo{\"a}o Pedro Rodrigues} and {J. Douglass}, Philip and Sebastian Martens and Johansen, {Poul M.} and Svendsen, {Daniel K.} and Klaus Moth",
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Yang, G, Hou, P, Sera, D, Martins, JPR, J. Douglass, P, Martens, S, Johansen, PM, Svendsen, DK & Moth, K 2018, Integration of PV+storage - technical and economic evaluation at distribution grids. i Proceedings of the 8th international workshop on the integration of solar power into power systems. s. 1-5, 8th Solar Integration Workshop 2018, Stockholm, Sverige, 16/10/2018.

Integration of PV+storage - technical and economic evaluation at distribution grids. / Yang, Guangya; Hou, Peng; Sera, Dezso; Martins, Joäo Pedro Rodrigues; J. Douglass, Philip; Martens, Sebastian ; Johansen, Poul M. ; Svendsen, Daniel K.; Moth, Klaus.

Proceedings of the 8th international workshop on the integration of solar power into power systems. 2018. s. 1-5.

Publikation: Bidrag til bog/antologi/rapport/konference proceedingKonferenceartikel i proceedingForskningpeer review

TY - GEN

T1 - Integration of PV+storage - technical and economic evaluation at distribution grids

AU - Yang, Guangya

AU - Hou, Peng

AU - Sera, Dezso

AU - Martins, Joäo Pedro Rodrigues

AU - J. Douglass, Philip

AU - Martens, Sebastian

AU - Johansen, Poul M.

AU - Svendsen, Daniel K.

AU - Moth, Klaus

PY - 2018/10

Y1 - 2018/10

N2 - Incorporation of energy storage units to solar PV plants in small-scale applications has been attracting major attention from the manufacturers worldwide in the past few years. This consolidated into both technology development and commercialization. Most of the solar PV inverter manufacturers nowadays have adopted battery storage as part of their product portfolio offered together with their solar inverters. Some also provide standalone battery storage units to the consumers that can directly cooperate with the existing solar PV plants and/or loads. Despite short-term regulatory risk, the application seems still viable in the long term, where the key business case lies in the reduced cost of electricity bills and the ever-decreasing capital costs of solar PV and storage. In due course, distribution grid operators have become concerned about the possible reduced revenue from the existing tariff model due to the increasing level of self-sufficiency of the consumers. The paper summarizes the background, ideas and the initial results from the work in a Danish project whose activities cover both the technology development and operational analysis of PV and storage systems.

AB - Incorporation of energy storage units to solar PV plants in small-scale applications has been attracting major attention from the manufacturers worldwide in the past few years. This consolidated into both technology development and commercialization. Most of the solar PV inverter manufacturers nowadays have adopted battery storage as part of their product portfolio offered together with their solar inverters. Some also provide standalone battery storage units to the consumers that can directly cooperate with the existing solar PV plants and/or loads. Despite short-term regulatory risk, the application seems still viable in the long term, where the key business case lies in the reduced cost of electricity bills and the ever-decreasing capital costs of solar PV and storage. In due course, distribution grid operators have become concerned about the possible reduced revenue from the existing tariff model due to the increasing level of self-sufficiency of the consumers. The paper summarizes the background, ideas and the initial results from the work in a Danish project whose activities cover both the technology development and operational analysis of PV and storage systems.

KW - solar PV

KW - battery storage

KW - self-consumption

KW - tariff model

KW - transactive energy

M3 - Article in proceeding

SP - 1

EP - 5

BT - Proceedings of the 8th international workshop on the integration of solar power into power systems

ER -

Yang G, Hou P, Sera D, Martins JPR, J. Douglass P, Martens S et al. Integration of PV+storage - technical and economic evaluation at distribution grids. I Proceedings of the 8th international workshop on the integration of solar power into power systems. 2018. s. 1-5