energy

Calculations estimate that the cost of electrically cementing one cubic meter of ground ranges from $3 to $6.

Rooftop solar produced 70% more electricity in Australia than either hydro generators or solar farms.

The system’s efficiency stems from a unique four-step moisture collection cycle: absorption, vaporization, condensation, and sterilization.

Built with layers of materials, either printed or coated from liquid inks or vacuum-deposited, perovskite solar cells are thin-film devices.

Presence of water during CO2 conversion generates hydrogen and can even fail the device.

The new model is based on fundamental physics and can be used to optimize the design and operation of rotors in various applications.

The Australia-Asia Power Link will generate four gigawatts per hour for domestic use, with excess power sent to Singapore.

If successful, this clean energy source could help in achieving Japan’s goal of net-zero emissions by 2050.

Neutrons released from fusion reaction damages the vessel and can develop cracks in 6-12 months.

Scientists developed an electrified, scalable reactor infrastructure for thermochemical processes, allowing ideal heating and heat-transfer properties.

The charging infrastructure is also built to offer benefits even when vehicles are not connected to the chargers.

The new leaf model design improves photon collection efficiency, reduces losses, and makes the system more adaptable and replaceable.

The UK startup plans to equip the future vessels with refueling at sea capability to enhance production time.

Using ground coffee, accelerated the green hydrogen production process in seawater, facilitating recovery of the activator alloy.

Huawei’s FusionSolar Smart String Energy Storage Solution will power the Red Sea City’s off-grid, clean energy needs.

China will restrict antimony exports from September 15 to protect its security and interests.

Vanadium base alloys are the leading candidate materials for breeder blanket structures in fusion power plant designs.

This entire process operates on renewable energy, eliminating the need for any harmful chemicals.

TTape helps detect hotspots vulnerable to thermal runaway on lithium-ion batteries to prevent fire, and explosions and also extend the lifespan of the batteries.

The newly developed “plasma bubble spectroscopy” technique employs a specially designed probe capable of enduring the harsh conditions of the molten salt environment.