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Perbandingan lampu induksi LVD dan lampu LED…silahkan analisa sendiri ya…. Compared with LED Comparison program LVD LED Feature Define Low Voltage Discharge Liner light. Good for large wattage application. Lighting Emit Diode Spot light. Usually for signboard, decoration applications. Technology Research and develop in 2000, sell in 2003,in a position of new leading light source. Standardized product can fully meet the market need, suitable for large scale production. The first red light LED was developed in 1968.Since then, its been 40 years. The first white light LED was in 1996.Invest risk high for technology update too fast. Not suitable for functional lighting project. The whole growing process is slow. Market potential LVD can replace most of conventional light sources in functional lighting fields, so its potential market is huge. LED has developed for many years, but limited to traffic signal, vehicle rear light, LCD panel back lighting, display in lower wattage because of the low light efficiency, low power factor, scarcity of accommodated fittings. Economy With the development of large scale production, LVD cost will be lowered to the same level of traditional lights or even lower, then it will be widely used. High cost, difficult to be widely used in some fields, limited in certain market.

Perbandingan Lampu Induksi LVD Dan Lampu LED

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LAMPU LED VS LAMPU INDUKSI

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  • Perbandingan lampu induksi LVD danlampu LEDsilahkan analisa sendiri ya.

    Compared with LED

    Comparisonprogram LVD LED

    FeatureDefine

    Low Voltage DischargeLiner light. Good for largewattage application.

    Lighting Emit DiodeSpot light. Usually forsignboard, decorationapplications.

    Technology

    Research and develop in 2000,sell in 2003,in a position ofnew leading light source.Standardized product can fullymeet the market need, suitablefor large scale production.

    The first red light LEDwas developed in1968.Since then, itsbeen 40 years. The firstwhite light LED was in1996.Invest risk highfor technology updatetoo fast. Not suitablefor functional lightingproject. The wholegrowing process isslow.

    Marketpotential

    LVD can replace most ofconventional light sources infunctional lighting fields, soits potential market is huge.

    LED has developed formany years, but limitedto traffic signal, vehiclerear light, LCD panelback lighting, displayin lower wattagebecause of the low lightefficiency, low powerfactor, scarcity ofaccommodated fittings.

    Economy

    With the development of largescale production, LVD costwill be lowered to the samelevel of traditional lights oreven lower, then it will bewidely used.

    High cost, difficult tobe widely used in somefields, limited in certainmarket.

  • Energysaving

    LVD efficacy is as 30% ashigher than LED, with lowerdepreciation.

    Lower efficacy, lowerpower factor, highdepreciation and heatoutput, not as saving asLVD. Semi-conductortechnology consumesmore energy duringproduction.

    Application

    Industrial, commercial, street,tunnel, bridge, garden,agriculture, Ad.

    Traffic signal, vehiclerear lights, cell phonedisplay screen etc.Limited in functionallighting projects.

    Reference

    LVD has been widely used invarious lighting projects. It isproved that LVD has bigmarket potential,industrialization speed withscale effect.

    LED is drawn back byits technologicalproblems. Probablyanother 5-10 years togo before it isindustrialized andscaled.

    Technicaldata

    1. Power: 15~300W2. Efficacy: >80lm/w3. CRI: >80Ra4. Color temperature:

    2100K~6500K fullrange

    5. Depreciation: 5%2000hrs

    6. Life:>100,000hrs7. Heat output: very low8. Light fitting: easy to

    accommodate9. Liner light source: no

    glare, no flicker, goodvisual effect.

    1. Each 0.5~1W,more than 100needed for largewattage.

    2. Efficacy:80Ra

    4. Colortemperaturenarrowrange(whitelight LED)

    5. Lightattenuation:>50%(2000hours)

    6. Service life:

  • of more than100led in the samelarge CircuitBoard, it isdifficult todesign the rightreflector.

    9. Light source:Dazzling glareand