Solargy Innovation’s R&D and practical experience spans a wide variety of technologies including:

Whilst all these technologies look promising in the longer term most of them are unlikely to produce the quantum reductions in greenhouse gas emissions that will be required in the short term if we’re to avoid the catastrophic effects of global Climate Change.

Thus, to ensure our clients and associates achieve a fast and effective return on investment Solargy is focusing on just two of the technologies listed above:

  • Super Capacitors designed specifically for bulk Energy Storage applications, and
  • Ultra-High strength building materials which also feature low cost, ease of manufacture and an ultra low embedded Carbon footprint.

Super Capacitors

Apart from their high cost, commercially available super capacitors (sometimes called Ultra Capacitors) have a number of limitations which make them unsuited to both short and long term energy storage applications.

One of their most significant limitations is their relatively low working voltage (typically less than 5 volts per cell).

Solargy’s breakthrough SuperCap technology raises the working voltage to around 800 volts DC, thus making it possible to connect them directly to strings of solar panels for both domestic and grid-scale applications.

In this “directly connected” mode of operation the excess solar energy produced by the panels during the day is stored in the Solargy SuperCaps and is released when the sun goes down. In short, the user experience is much like having solar power available at night.

Ultra-High Strength Building Materials

These materials all exhibit high strength, low mass, low cost, are fast to install and, perhaps most importantly, have exceptionally low embedded Carbon footprints.

Hydrogen Enrichment

Solargy’s areas of expertise and research includes Hydrogen Enrichment; a specialised application of green Hydrogen that has great potential for reducing global emissions in the near term.

Hydrogen Enrichment of Natural Gas (or HENG) is currently being trialed in Australia, the UK and elsewhere on domestic gas supplies. However Hydrogen Enrichment is also applicable to liquid fuels such as petrol and diesel, as well as solid fuels such as coal.

Simple school chemistry taught us that when a hydrocarbon fuel such as Methane gas (CH4) is fully combusted in the presence of atmospheric Oxygen (O2) the products are water vapor (H2O) and Carbon Dioxide (CO2), as illustrated in the molecular representation diagram (right). The reaction is exothermic, meaning it releases more heat than it consumes.

The actual science of hydrocarbon combustion is considerably more complex than what school chemistry and physics would suggest however Solargy continues to expand this field of applied knowledge through practical and theoretical research.

Solargy has already demonstrated in numerous field trials the many benefits of Hydrogen Enrichment technology, including:

  • Significant reductions in hydrocarbon fuel consumption
  • Increased efficiency of combustion, due in part to faster flame propagation rates
  • Increased energy output due to more complete combustion
  • Reduced emissions of waste products
  • Near complete elimination of greenhouse Nitrous Oxide (NOx) emissions
  • Significant reduction in toxic, gaseous Sulpher emissions