NOVELTY - The system has a wire arrangement (50) which remotely connects the solar panel unit (301) of a solar energy arrangement (30) and the light emitting unit (101) of a lighting apparatus (10). The wire arrangement has a wire connector unit (502) comprising two connector unit terminals (5021,5022) for each light emitting unit, and two wire units (501,503). One wire unit connects electrically to the light emitting unit and the wire connector unit. The other wire unit electrically connects the solar panel unit and detachably and electrically connects the other connector unit terminal.    USE - Solar lighting system for providing illumination such as in pathways, city streets or gardens.    ADVANTAGE - The size of the solar panel unit and the power of the light emitting unit are not limited by the size of the top surface of the light emitting unit, allowing for use of a larger solar panel unit as well as use of higher power light emitting units, which permits the lighting apparatus to be used in e.g. street light, entrance light, outdoor light. The lighting apparatus also provides design flexibilities for fitting different household needs. The solar panel units are adjustable to face different cardinal points. The wire arrangement includes connecting wire units for facilitating easy installation while providing flexibility in length adjustment. The lighting apparatus body is free from direct connection to the solar panel unit, allowing part of the lighting apparatus to be detached for easy replacement. Lighting apparatus bodies of different designs enable the lighting apparatus and lighting system to meet market needs. The light control arrangement effectively uses the solar energy to fit day-night cycle and prepare for providing illumination during non-sunny days, expanding use of the lighting apparatus. The mounting apparatus mounts the lighting apparatus onto a ground surface, facilitating easy but secure installation. The light control arrangement also effectively controls power consumption of the light emitting unit such that the light emitting unit is charged and discharged in controlled manner and protected against short circuiting or over-charging, increasing life span and performance of the lighting apparatus.    DETAILED DESCRIPTION - The system has a wire arrangement (50) which remotely connects the solar panel unit (301) of a solar energy arrangement (30) and the light emitting unit (101) of each lighting apparatus (10). The wire arrangement has a wire connector unit (502) comprising two connector unit terminals (5021,5022) for each light emitting unit, and two wire units (501,503). One wire unit connects electrically to the light emitting unit and the wire connector unit. The other wire unit electrically connects the solar panel unit and detachably and electrically connects the other connector unit terminal. The wire units are selectively and electrically connected through the wire connector unit. Distance between light emitting units and distance between each light emitting unit and the solar panel unit are adjusted by adjusting the length of the other wire unit such that the location of the solar panel unit is not limited strictly by the distance. The solar panel unit is placed at a particular location facing a particular direction for maximum light absorption. The light emitting unit is a light emitting diode unit having lower power requirement.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of the wire arrangement of a solar lighting system.    Lighting apparatus (10)    Solar energy arrangement (30)    Wire arrangement (50)    Light emitting unit (101)    Solar panel unit (301)    Wire units (501,503)    Wire connector unit (502)    Connector unit terminals (5021,5022)