Innovative Energy Solutions stand for Blue Snow’s newest and most innovative energy business activities – a reflection of the latest trends in the energy industry, such as energy efficiency, demand side management and smart grids. Blue Snow is developing its suite of innovative energy solutions in anticipation of a future characterised by the dissemination of smart grids including grid decentralization, increased renewable generation and the coming e-mobility revolution.
For Blue Snow, the application of artificial intelligence solutions in the energy business is no longer just a buzz word.
Chiller Plants consume about 40 – 50% of a total fully air-conditioned facility especially district cooling plants. Blue Snow , along with its financial partner , offers a fully funded solution without any upfront cost to our customers.
Our technology is a self-learning load optimisation system that optimises energy consumption for central chilled water air-conditioning plants by learning from the weather and demand behaviour and optimising the production and delivery of chilled water.Learn More
Ultrahigh-performance cooling is one of the most vital needs of many industrial technologies.
However, inherently low thermal conductivity is a primary limitation in developing energy-efficient heat transfer fluids that are required for ultrahigh-performance cooling.
Modern nanotechnology can produce metallic or nonmetallic particles of nanometer dimensions. These nanomaterials have unique mechanical, optical, electrical, magnetic, and thermal properties.
Nanofluids are engineered by suspending nanoparticles with average sizes below 100 nm in traditional heat transfer fluids and in our case, water
We disperse a very small amount of guest nanoparticles uniformly and suspended stably in water. This provides a dramatic improvement in the thermal properties of the water.
Our AQUA+ nanoparticle fluid suspensions is a new class of nanotechnology-based heat transfer fluid that exhibits thermal properties superior to water
We use nanofluid technology, a new interdisciplinary field of great importance where nanoscience, nanotechnology, and thermal engineering meet, has developed largely over the past decade.
Our goal with AQUA+ is to achieve the highest possible thermal properties at the smallest possible concentrations by uniform dispersion and stable suspension of nanoparticles in water
Although AQUA+ , an invention jointly developed by Blue Snow Energy and a partner University, is still in its final testing phases and commercialization is expected by the end of 2017
Potential Applications :
Please contact [email protected] for a dialogue for future partnerships
The hybrid Virtual Power Plant (VPP) enhances the conventional virtual power plant concept by combining it with elements from the smart services category, namely distributed generation, demand side and renewable energy systems assets. As the electricity markets (with the exception of the system services) largely preclude the demand side from direct participation, the full realisation of a hybrid VPP is still in the concept phase. However we consider it important to show how the smart services are evolving and connecting to the conventional marketplace.
Please contact [email protected] for more details
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