NOVELTY - The plant is an anchored floating platform of varying dimensions housing alternating or direct current electricity turbine or other clean energy technology generators, and driven by arrangement of synchronized underwater paddle wheels and gear train assemblies to produce electricity for nearby distribution and consumer use. The plant is designed as a semi-intelligent plant with a high degree of intrinsic operational autonomy. A computerized energy plant management monitoring and control system controls overall energy plant management of mechanical and electrical operations and communications.    USE - Rivergen eco-theme electrical energy plant for river system.    ADVANTAGE - Enables use in any river system. Automatically adjusts operating parameters including mechanical paddle wheel and gearing operations and electrical turbine operations to suit flow rate of river and other parameters at any given time. Allows for automatic height adjustment of river platform while maintaining closely toleranced fore and aft platform alignment with river centerline. Electrical output is transmitted to fixed distribution point on river bank via protected underwater and underground transmission cables arrangement. Energy plant management monitoring and control system has own built-in communications portal and web server that facilitates complete bidirectional energy plant operations and control through Internet, using standard cellular telephone network technology. Provides wide variety of eco-friendly and esthetically acceptable and pleasing above water level facades that are designed to suit surrounding environment or highlight particular theme or object of interest that owners want to promote. Platform facades are readily changeable or customizable subject to requirements of plant owners. Rivergen eco-theme electrical energy plant is designed for continuous operation requiring minimal periodic maintenance and includes double redundancy systems for mechanical and electrical operations. Technical planned maintenance imperatives are determined by energy plant management monitoring and control system which interrogates series of measurement transducers and sensor inputs that in turn determines and reports on-the-fly via telemetry, a predictive maintenance forecast plan that is designed to ameliorate system breakdown situations.