The invention relates to a novel ecliptic tracker for
solar energy. The novel ecliptic tracker for the
solar energy comprises supports, a polar axis transmission mechanism, a
pitch axis transmission mechanism, a
solar cell panel supporting structure and electric facilities, wherein each support comprises a bottom plate, a stiffening rib, a steel
pipe column and a column end plate; the polar axis transmission mechanism comprises a
pitch axis, a worm and gear motor set supporting plate, a worm and gear motor set, a polar axis and the like; the
pitch axis transmission mechanism comprises a pitch axis, a worm wheel screw rod
elevator supporting plate, a worm wheel screw rod
elevator, a screw rod connecting end plate, a sliding block rotating shaft, a sliding block end plate and the like; the
solar cell panel supporting structure comprises a circular
pipe beam node plate and supporting angle steel; the electric facilities comprise stepping motors, a
photoelectric sensor set and an MCU controller box. The novel ecliptic tracker for the
solar energy resolves the contradiction between tracking precision and manufacturing
operating cost through an ecliptic tracking technique, a tracker
structural system and a bidirectional strategy
automatic control system. The novel ecliptic tracker for the solar energy has the advantages of being low in cost, easy to produce in bulk, convenient to install on site and reliable in operation, saving energy and the like. The novel ecliptic tracker can be widely applied to the application fields of solar energy slot type optical collector power generation and solar
photovoltaic power generation.