Electrodeless lamp system with solar maximum power tracking control

Abstract

The invention provides an electrodeless system with a solar maximum power tracking control. The system comprises a solar electrodeless lamp ballast, a grid-connected inverter or a battery, and an electrodeless lamp; wherein the solar electrodeless lamp ballast obtains a reference point voltage of the maximum power of a solar power battery; according the increasing and the decreasing of a real-time digital power, the way of duty cycle of a driving signal is changed by using pulse width modulation, and the perturbation direction of the real-time digital DC voltage is correspondingly maintained or changed; step of the duty cycle is determined according to whether |URF-u(K)|>1/4URF is correct or not, as well as variation of the real-time digital DC voltage; and the DC voltage with the maximum output power is processed by the grid-connected inverter or the battery and is sent to the electrodeless lamp. The electrodeless system with solar maximum power tracking control has the characteristics of high output efficiency, better tracking effect and lower cost, and can be widely used in the field of solar energy applications.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for precise regulated irradiation over time (irradiance) without causing any damage from external factors such as weather conditions or other environmental variables that may affect how much sunlight falls onto each square footage area covered by the light fixture' s main lamps during day). By controlling this brightness level continuously throughout all hours regardless if there are sudden fluctuations like rain or snow, energy savings can be realized while maintaining good visibility at nightfall.

Problems solved by technology

This patented technology describes different ways to track sunlight during peak hours by controlling how much light it produces at each location where there are multiple panels made up of silicon wafers connected together. However, current techniques have limitations like poor response time or insufficient precision due to changes caused by factors like temperature fluctuations over time.

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