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Photon efficiency and cost per mole of photons, assuming all photons (180°) are captured by plants.

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Figshare2015-12-02 更新2026-04-29 收录
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https://figshare.com/articles/dataset/_Photon_efficiency_and_cost_per_mole_of_photons_assuming_all_photons_180_176_are_captured_by_plants_/1049755
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z- See Table S1 for a list of fixture manufacturers and model numbers.y- Integrated total photon output of fixture.x- Photon Output per Electrical Input (µmol per second divided by joules per second).w-Cost of fixtures as of April 2014.v-The number of fixtures to get a total photon output of one millimol (1000 µmol) of photons per second.u-Assumes 3000 hours per year operation and $0.11/kWh.t-Cost of fixture (multiplied by fixtures needed) plus cost of electricity over 5 years. We used a discounted cash flow model assuming a 5% per year cost of capital. Installation and maintenance costs were assumed to be similar for all lamp types and were not included in this calculation.
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2015-12-02
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