Combined Technologies for Heating - Cooling or Electrical
SAND BATTERY
Sand Battery Technology - storing energy from Solar and wind turbines to produce temperatures 900-1000 degrees F. Stored energy is then converted into heating - cooling or electricity.
SOLAR sPV
Solar sPV Panels are a new advanced technology increasing the energy efficiency output. Their size is 1/3 less than any other cell configurations and captures greater percentage of power.
WIND TURBINE
State-of-the-art Wind Turbines allowing wind to be captured from any direction - 360 degrees. The advanced design capturing wind speeds of 2mph - 135 mph.
SmartKable
Line Ranger unit and software - It is the first solution to have sensors right on the powerlines to measure line voltage, current, frequency, power factor, and harmonics as well as integrating environmental parameters, with wireless communication to an AI software platform. The remote sensing, predictive analytics, and responsive data in real-time.
Expert Engineering Solutions
Pioneering New Energy Technology for the Future
The process of converting a sand battery into Renewable Energy
How a sand battery turns into renewable energy
The process of converting a sand battery into electricity involves several steps:
Heat Generation: The sand battery is heated to high temperatures using surplus renewable energy, such as solar or wind power. This process raises the temperature of the sand, making it suitable for storing thermal energy.
Heat Transfer: When heat is needed, cool air is blown through pipes in the sand battery, absorbing heat from the stored sand. This hot air can be used directly for heating or transferred to a heat exchanger to produce steam.
Steam Generation: The steam produced can then be used to power turbines, converting the thermal energy into mechanical energy and subsequently into electrical energy.
Past Projects
