Abstract: An omnispectrum LED grow light is disclosed. Features of the light may include, inter alia, a plurality of LED elements including a plurality of different LED types, each LED type having a unique light wavelength output. The LED elements may be distributed across a grow light surface. A controller may be configured to adjust the intensities of the omnispectrum LED grow light at each of the light wavelengths. The controller may provide a plurality of settings that are configured to automatically adjust multiple intensities to a level that is optimized for a particular plant or growth phase. The controller may also be configured to allow independent control over the intensities of individual light wavelengths.

Abstract: High performance LED lights and methods of manufacturing high performance LED lights are disclosed. Features of a light may include, inter alia, LED elements with acute angle lenses, and LED distributions that optimize light intensity over a desired area. In grow light applications, a light may incorporate LED wavelengths that maximize photosynthesis, plant growth and flowering. The light may also optionally provide for visibility of plant growth and the work area.

Abstract: High performance LED grow lights and methods of manufacturing high performance LED grow lights are disclosed. Features of a grow light may include, inter alia, LED elements with acute angle lenses, and LED distributions that optimize light intensity over a desired grow area, at wavelengths that maximize photosynthesis, plant growth and flowering. The light may also optionally provide for visibility of plant growth and the work area.