Customized Horizontal Single Axis Solar PV Tracker Competitive Price

Introduction:

Good future 1P single row solar panels tracker could be defined as a device used to orient photovoltaic panels, support systems and other optical device towards the sun.

Design Specification:

Description:

Good future 1P single row solar panels tracker could be defined as a device used to orient photovoltaic panels, support systems and other optical device towards the sun. By installing the solar panels on a tracking base that follows the sun position, the solar cells could be more efficient. Normally the tracking system has some of these characteristics like which entail one moving motor, one light sensing device, one movement controller and some other small accessories, all these components are working together to move the system and track the sun all year, make orientation adjustment with or without the tilt angle adjustment.

Classification:

Depending on the type of drive and sensing or positioning system that they incorporate, solar trackers can be divided into 3 types:passive, active and open loop trackers.

Passive trackers: The tracker has a gas sensing device and the tracker will move across the sky by using suns radiation to heat gases.

Active trackers: The tracker has an electric or hydraulic drives and some type of gearing or actuator. Good future 1P single row solar panels tracker belongs to this type of active trackers. It’s also the most popular type in the market right now.

Open loop trackers: Use no sensing but instead determines the position of the sun through pre-record data for a particular site.

Design of longitude and latitude location

According to the Angle of movement, trackers could also be classified as single or dual axis. Good future 1P single row solar panels tracker is the single axis trackers, it has one degree of freedom that acts as an axis of rotation. Solar trackers can either have a horizontal or a vertical axis. Good future 1P single row solar panels tracker is horizontal type and is used in regions where the daytime is short and sun gets very high at noon. The vertical type is used in high latitudes where summer days are very long but sun does not get very high.

Moving Trail:

We can see the moving trail from the picture shows below: Usually the panels move on a single path which is East-West direction. That’s because during the day, the sun rises from East and sets in the West. The panel moves in accordance with the sun’s movement and attempts to stay perpendicular to the angle of the sun’s rays.