LID

(redirected from Light Induced Degradation)
AcronymDefinition
LIDLow Impact Development
LIDLocal Improvement District
LIDLewica I Demokraci (Polish center-left political coalition)
LIDLow Incidence Disabilities (various locations)
LIDLead Independent Director (various companies)
LIDLine Id
LIDLocal Id
LIDLoad Id
LIDLanguage Identification
LIDLink Interface Driver
LIDLogical Input Device
LIDLost in the Desert (slang; Ft. Irwin, California)
LIDLiving in Denial
LIDLight Infantry Division
LIDLevodopa-Induced Dyskinesia (medical condition)
LIDLimited Ingredient Diet (Natural Balance pet food)
LIDLight Induced Degradation (solar cells)
LIDLeague for Industrial Democracy
LIDLog In Date (adoptions)
LIDLeadless Inverted Device
LIDLearning Improvement Days
LIDLogical Identifier
LIDLocal Injection and Detection (FOC)
LIDLicensed Interior Designer
LIDLoad Imbalance Detector
LIDLimited In Depth
LIDLaser Initiated Device
LIDLevy Improvement District
LIDLegislative Information Division
LIDLocal Interface Device (portable computer interface)
LIDLatinos in Development (Chicago, IL)
LIDLicense Information Document
LIDLast Issue Date
LIDLaser Intrusion Device
LIDLibrary Issue Document
LIDLeg In Disguise (airborne qualified soldier with less than 6 jumps)
LIDLast Instrument Delivery
LIDLinear Inertial Decoupler (Gemini Technologies, Inc.)
LIDLatest Induction Date
LIDLatch Insertion Delay
LIDLaser Image Display
LIDLight Intensity Device
LIDLaser Illumination Detector
LIDLegionnaires in Doubt (Deathray song)
LIDLead Identification Department
LIDLocal Information in Dorset (UK)
References in periodicals archive ?
The mono-PERC solar modules also have 1.5% lower Light Induced Degradation (LID) over the first year and perform better under heavy cloud conditions common in Singapore.
Munzer, "Hydrogenated silicon nitride for regeneration of light induced degradation," in Proceedings of the 24th European Photovoltaic Solar Energy Conference 2009, pp.
Solarfun Power Holdings Company Limited (Solarfun Power Holdings) (Nasdaq: SOLF), a China-based company that produces silicon ingots and photovoltaic PV cells and modules, has launched 'ECLIPSE', a new range of PV cells and modules with reduced light induced degradation (LID).
With NSP's technological advance, 'Perfect Cell' offers extremely low light induced degradation with superior output that can easily exceed 250W.
LG first received the award with the Mono X NeON in 2014 and again in 2015 for the NeON 2.Unlike conventional p-type solar modules, the N-Type cells used in the NeON 2 72-cell, NeON 2 and NeON 2 Black use almost no boron, so Light Induced Degradation is reduced significantly.
Compared to p-type silicon solar cells, n-type cells do not suffer from light induced degradation and feature a higher tolerance to common metal impurities.