Heliostatic example sentences

Related (2): sun-tracking, sun-pointing

"Heliostatic" Example Sentences

The heliostatic mirrors track the sun's movement and reflect its rays towards the solar thermal receiver.
The heliostatic panel system has the ability to reflect sunlight onto multiple targets.
Heliostatic concentrators are essential components in concentrating solar power systems.
The design of the heliostatic dish system allows it to collect and focus sunlight onto a central receiver.
The solar tower plant utilizes thousands of heliostatic mirrors to concentrate sunlight on a single point.
A heliostatic system can direct and concentrate sunlight from multiple angles.
The heliostatic field is perfectly aligned to maximize sun exposure throughout the day.
Heliostatic technology has greatly improved the efficiency of solar energy production.
The heliostatic tracking system ensures that the mirrors are always directed towards the sun.
Heliostatic mirrors are made of highly reflective materials and are adjusted throughout the day to optimize sunlight collection.
The heliostatic field is comprised of thousands of tracking mirrors that reflect sunlight onto a single target.
Heliostatic mirrors are designed to withstand extreme weather conditions and maintain their reflectivity over time.
A heliostatic tower utilizes mirrors to reflect and concentrate sunlight onto a central receiver, where it is then converted into electricity.
Heliostatic technology has been used to power remote areas off the grid.
The heliostatic system is a leading technology in concentrated solar power.
A heliostatic dish has a parabolic shape that allows it to collect and concentrate sunlight.
Heliostatic systems require regular maintenance to ensure optimal performance.
Heliostatic collectors play a vital role in converting solar energy into usable electricity.
The heliostatic array provides maximum sun exposure without the need for continuous manual adjustment.
Heliostatic technology is a sustainable and eco-friendly way to produce electricity.
A heliostatic field can consist of tens of thousands of mirrors that collect and focus sunlight onto a single point.
Heliostatic solar power plants use mirrors to reflect and concentrate sunlight onto a thermal receiver, which then converts the energy into steam to power a turbine.
Heliostatic technology has the potential to revolutionize energy production and reduce our reliance on non-renewable resources.
The heliostatic concentrator works by reflecting sunlight onto a secondary reflector, which then redirects the light to a central receiver.
A heliostatic array can be adjusted to optimize performance based on the angle and intensity of the sun.
Heliostatic mirrors are positioned and angled to reflect and concentrate sunlight onto a specific point.
The efficiency of a heliostatic system depends on the size and number of mirrors used.
Heliostatic technology is not only efficient, but also cost-effective in the long run.
A heliostatic dish has a high thermal efficiency due to its ability to concentrate sunlight onto a small area.
Heliostatic mirrors are designed to withstand harsh environmental conditions and require minimal maintenance.

Common Phrases

The heliostatic system accurately tracks the movement of the sun;
A heliostatic mirror can reflect sunlight onto a specific spot;
Heliostatic technology is often used in solar power plants;
A heliostatic device can increase the efficiency of a solar thermal system;
The heliostatic mechanism redirects sunlight to heat a salt-based energy storage system;
A heliostatic concentrator reflects sunlight onto a photovoltaic cell to generate electricity;
Heliostatic mirrors are often used in astronomy to redirect light to telescopes;
A heliostatic tracking system follows the path of the sun to optimize solar energy production;
Heliostatic panels can be adjusted to capture the most sunlight throughout the day;
The heliostatic technology is a sustainable way to harness the power of the sun.