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Apparatus, methods, and systems for a novel approach to on-site evaluation and demonstration of illumination schemes to fit the unique needs of a defined area or object. The system provides a versatile method of producing a wide range of illumination schemes from a limited number of components and a

Apparatus, methods, and systems for a novel approach to on-site evaluation and demonstration of illumination schemes to fit the unique needs of a defined area or object. The system provides a versatile method of producing a wide range of illumination schemes from a limited number of components and allows for optional add-on features or replaceable modules to simulate various lighting characteristics from various types of lighting fixtures, including commercially available fixtures or custom fixtures. Methods of wireless control described herein help to achieve the purpose of the mobile lighting evaluation system in that a system operator may evaluate and/or demonstrate illumination schemes from a convenient remote location.

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1. A system for on-site simulation, evaluation, or demonstration of an illumination scheme comprising: a. a plurality of portable and aimable lighting fixtures configured to provide on-site evaluation and demonstration of illumination schemes, each lighting fixture with a plurality of solid-state li

1. A system for on-site simulation, evaluation, or demonstration of an illumination scheme comprising: a. a plurality of portable and aimable lighting fixtures configured to provide on-site evaluation and demonstration of illumination schemes, each lighting fixture with a plurality of solid-state lighting sources, the lighting fixtures having adjustable lighting characteristics including all of: i. illumination level;ii. color temperature;iii. beam size; andiv. beam shape;b. a plurality of portable lighting fixture power supplies adapted to provide adjustable electrical power to the lighting fixtures, each portable lighting fixture power supply housed within a portable cabinet comprising: i. a control panel;ii. an electrically powered ventilation system; andiii. a control board circuit within the control panel;c. a first plurality of portable electrical conductors for operatively connecting the lighting fixtures to the lighting fixture power supplies;d. a second plurality of portable electrical conductors for operatively connecting the lighting fixture power supplies to a main source of electrical power;e. wherein the control panel comprises: i. a user interface;ii. means for controlling power to the solid-state light sources;iii. means for communicating with other control board circuits; andiv. allowing: a) on or off operation of selected lighting fixtures;b) adjustment of electrical power to the solid-state light sources of selected lighting fixtures; andc) means for controlling operation of the entire system from a single control panel;f. the user interface configured to display: i. the lighting characteristics;ii. input data; andiii. power consumption of the lighting fixtures. 2. The system of claim 1 wherein the lighting fixtures are aimable via operative connection to a framework which is operatively connected to (i) a support structure, (ii) a ground or floor base, or (iii) a clamping or cinching mechanism. 3. The system of claim 1 wherein the main source of electrical power comprises a portable electrical generator. 4. The system of claim 1 wherein the control board circuit is operatively connected to a wireless user interface which includes means for controlling power to the solid-state light sources and allows: a. on or off operation of selected lighting fixtures;b. adjustment of electrical power to the solid-state light sources of selected lighting fixtures;c. such that control of power to the solid-state light sources is effectuated from (i) the user interface, (ii) the wireless user interface, or (iii) both the user interface and the wireless user interface. 5. The system of claim 4 wherein the wireless user interface further comprises at least one display capable of displaying (i) the lighting characteristics, (ii) input data, and (iii) power consumption of the lighting fixtures. 6. The system of claim 4 wherein the control board circuit and wireless user interface are operatively connected by one or more of: a. Wi-Fi means;b. cellular signal means;c. radio frequency means;d. infrared radiation means; ande. satellite means. 7. A method of on-site simulation, evaluation, or demonstration of a wide range of illumination schemes with a limited number of lighting fixtures and other physical components comprising: a. transporting a set of portable lighting fixtures, lighting fixture power supplies, a control panel with a user interface, and lighting fixture mounts to a site to provide on-site evaluation and demonstration of illumination schemes, each lighting fixture with a plurality of solid-state lighting sources, the lighting fixtures having adjustable lighting characteristics including all of: i. illumination level;ii. color temperature;iii. beam size; andiv. beam shape;b. choosing according to determined criteria all of: i. number of lighting fixtures;ii. placement and elevation of lighting fixture mounts;iii. orientation of the lighting fixtures when affixed to mounts;iv. optical characteristics of the lighting fixtures;v. input power to the lighting fixtures;vi. illumination level;vii. color properties;viii. beam shape or distribution;c. installing the lighting fixtures in accordance with step (b) and a main power supply so to produce an initial illumination scheme;d. operating the lighting fixtures from a location physically remote from the site such that the entire initial illumination scheme is viewable and displaying on the user interface: i. the lighting characteristics;ii. input data; andiii. power consumption of the lighting fixtures;e. evaluating the choices of step (b), adjusting one or more choices of step (b) to effectuate a different scheme, and comparing the initial and different illumination schemes; andf. using the comparison of illumination schemes to assist in producing a permanent lighting system. 8. The method of claim 7 further comprising repeating step (e) for still further different illumination schemes. 9. The method of claim 8 further comprising: a. means for providing feedback for one or more illuminations schemes which includes one or more choices of: i. location of the lighting fixtures relative to the site;ii. power consumption of the lighting fixtures;iii. rated wattage of the lighting fixtures;iv. operating power of the lighting fixtures relative to the rated wattage;v. economic cost of owning and/or operating the lighting fixtures;b. said feedback used, at least in part, in evaluating the choices during operation of the lighting fixtures. 10. The method of claim 9 whereby the choices and/or feedback is used to: a. define a different illumination scheme;b. develop a permanent lighting system; and/orc. used with other software, modeling, or computer programs.