Why Powur?

Harness the boundless energy of the sun, the Earth’s most plentiful resource, through sophisticated solar technology paired with state-of-the-art home storage solutions. This powerful combination enables homeowners to capture, utilize, and store solar energy efficiently, ensuring a continuous power supply even on the cloudiest days.

To appreciate the role of solar storage, one must first understand how solar panels transform sunlight into usable energy. The solar energy journey began in 1883 with Charles Fritts’ pioneering selenium-based solar cell. Solar technology has advanced significantly, using silicon semiconductors in panels that house up to 144 photovalent cells.

Upon contact with these cells, sunlight initiates a remarkable process of converting light radiation into energy-carrying electrons. These electrons traverse a predefined path within the cell, producing DC (Direct Current) electricity. This DC electricity is then transformed into AC (Alternating Current) electricity through an inverter, making it compatible with the electrical systems in our homes.

Solar systems are so efficient that they often produce more electricity than a household consumes daily. This surplus energy has two potential destinations:

• Back to the Grid: The surplus flows into the regional electricity network, managed by utility companies, earning homeowners energy credits and contributing to their energy savings.
• Into Home Storage: Homes equipped with solar batteries store excess energy during nighttime or cloudy days, reducing reliance on the grid.

While solar energy can be stored in various ways in commercial environments, residential settings primarily utilize batteries, which offer several advantages tailored to individual needs.Harness the boundless energy of the sun, the Earth’s most plentiful resource, through sophisticated solar technology paired with state-of-the-art home storage solutions. This powerful combination enables homeowners to capture, utilize, and store solar energy efficiently, ensuring a continuous power supply even on the cloudiest days.

From Sunlight to Electricity: The Solar Power Journey
To appreciate the role of solar storage, one must first understand how solar panels transform sunlight into usable energy. The solar energy journey began in 1883 with Charles Fritts’ pioneering selenium-based solar cell. Solar technology has advanced significantly, using silicon semiconductors in panels that house up to 144 photovalent cells.

Upon contact with these cells, sunlight initiates a remarkable process of converting light radiation into energy-carrying electrons. These electrons traverse a predefined path within the cell, producing DC (Direct Current) electricity. This DC electricity is then transformed into AC (Alternating Current) electricity through an inverter, making it compatible with the electrical systems in our homes.

Navigating Surplus: What Happens When Your Panels Overperform?
Solar systems are so efficient that they often produce more electricity than a household consumes daily. This surplus energy has two potential destinations:

Back to the Grid: The surplus flows into the regional electricity network, managed by utility companies, earning homeowners energy credits and contributing to their energy savings.
Into Home Storage: Homes equipped with solar batteries store excess energy during nighttime or cloudy days, reducing reliance on the grid.
Tailored Solar Storage Solutions for Every Home
While solar energy can be stored in various ways in commercial environments, residential settings primarily utilize batteries, which offer several advantages tailored to individual needs.