Horizontal Dual-Axis Solar Tracker
“Horizontal Primary Dual Axis Tracker (HPDAT)”
[Designed and constructed in the principle of “Horizontal Primary Dual Axis Tracker (HPDAT)”]
Importance of Solar Tracker
- Over 45% of the solar photovoltaic power could be harvested only by using solar trackers.
- Solar modules generate the highest power when the sun ray falls vertically on the surface of the solar cell.
- Fixed-tilt solar structure has limitations in solar power generation since the sun’s position is dynamic and in a 3-dimensional path.
- Single-axis solar tracker with mono-facial modules has the potential to generate around 16% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
- Single-axis solar tracker with bi-facial modules has the potential to generate around 30% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
- Dual-axis solar tracker with mono-facial modules has the potential to generate around 35% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
- Dual-axis solar tracker with bi-facial modules has the potential to generate around 55% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
- Dual-axis solar tracker with bi-facial modules along with sunlight reflectors for bi-facial panels has the potential to generate around 100% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
- Dual-axis solar tracker with bi-facial modules along with sunlight reflectors for bi-facial panels and cloud radar system has the potential to generate around 5% (average in a year) additional power (productivity) over an equivalent fixed-tilt solar power plant.
DAT in a Nutshell
Horizontal Dual Axis Tracker(HDAT), is the world’s first and cost-effective dual-axis solar tracker designed and constructed in the principle of “Horizontal Primary Dual-axis Tracker (HPDAT)”
Single – independent row of (HDAT)
Cluster of independent rows of (HDAT)
Cluster of independent rows of (HDAT)
HDAT FAQs
Horizontal Dual Axis Tracker (HDAT) is the world’s first cost-effective dual-axis solar tracker, designed and constructed in the principle of “Horizontal Primary Dual Axis Tracker (HPDAT)”.
The previous dual-axis tracker was constructed in the principle of Vertical Primary Dual Axis Tracker (VPDAT), which called for a massive structure and large area resulting in high costs and becoming unviable as of today.
Vertical Primary Dual Axis Tracker (VPDAT)
Horizontal Primary Dual Axis Tracker (HPDAT)
All the controlling operations of a “Tracker Control & monitoring “of ‘’ is being carried out by Ezon’s Tracker controller designed and manufactured in house.
The ‘Horizontal Dual Axis Tracker (HDAT)’ is powered by a centrally operated standalone power source supported by a battery set up as a standby for fail safe power input.
An exclusive custom generated ‘proprietary’ algorithm navigates the tilting of both E-W and N-S directions in an integrated manner.
Yes. Ezon’s ‘Horizontal Dual Axis Tracker (HDAT)’ is much suited for bi-facial solar panels also.
Increase the performance of your solar power plant
To install a new highly productive solar photovoltaic power plant and / or to improve the productivity of your existing solar photovoltaic power plant