Big Data for Solar

Helping Fleet Managers Streamline Operations and Management Functions

Vanderbilt Proposes Building Energy Storage Into Solar Cells

Imagine a photovoltaic cell or module that actually stores as well as produces energy, acting as a battery and producing power even after dark.

More Power to You: Marines Boost Energy, Lighten Load

The Marine Austere Patrolling System (MAPS) combines solar power and an individual water purifier to help lighten the load of Marines conducting lengthy missions in remote locations with few or no options for resupply.

What is osmotic power?

There are enormous benefits with osmotic power, namely that it's the cleanest, most reliable source of renewable energy on the planet, it is always available and more cost-effective than solar or wind power, has a small ecological footprint and it recycles natures resources (seawater or wastewater).

Ceramics Provide High Voltage Insulation For Unique Gas Plasma Engine

Electric propulsion satellites part of new and greener space technology.

Solving Turbine Wake Issues in Dense Development Areas

Using a specialized wake model, 3TIER is able to help clients take into account the impact of external wakes on the final net energy numbers they must take to their project stakeholders and financing partners.

IBM's Hybrid Renewable Energy Forecaster

The Hybrid Renewable Energy Forecasting (HyREF) solution combines big data analytics and weather modeling technology to accurately forecast the availability of wind power and solar energy.

Solar Cell Efficiency Levels; What Does it Mean for Me?

The technology breakthroughs that are helping solar cells approach 50 percent efficiency levels are encouraging, but everyday applications are still years away.

MicroPower Ready To Realise The Potential Of Thermoelectrics For Waste Heat Recovery

Thermoelectrics is a means of utilising thermal energy by converting it to electrical energy so that, when there is a heat differential between the opposing sides of certain semiconductor materials, the difference in temperatures causes the electrons in the material to move, creating an electric current.

Fuel Cell and Green Technology - SSFTV

SSFTV means Solar used hydrogen production, Solid state hydrogen storage, Fuel cell (PEM), Tornado power generation and finally Vapour absorption refrigeration cycle. This is a group of Green Technology ideas which can be used in corporates, industries and houses.

New solar cell technology improves efficiency by 15%

Three months of experimental validation allowed us to refine the technique to the point we could pursue grant funding from the National Science Foundation (NSF) Small Business Innovation Research (SBIR) program and submit a provisional patent application.

Turnkey Photovoltaic Robotics

A turnkey automation provider like Reis, with extensive experience in solar module manufacturing specifically, can help you derive the best configuration for your product and your business plan.

It's Massive Yet Tiny

A 14 x 14" MYT engine has 850 cubic inches of displacement and weighs 150 pounds, compared to a conventional engine, which would weigh 3,000 pounds to produce the same power. The engine needs no oil, as the biofuel is the lubricant due to the high lubricity of biofuel. With every tank of fuel, the engine is circulated with more than 20 gallons of fresh engine oil compared to 5 quarts of engine oil circulating over 3,000 miles in conventional engines. You can now skip changing oil forever and have an engine with longer life.

Bankable Data and Interoperability Standards

Data quality derives from the combination of accurate instruments plus Data Encoding Standards: one can take highly accurate data samples but if there is no agreement as to what the data means, the data could be considered to be of low quality because of its inability to improve the decision making process.

Battery Performance of Microfiber/Nanofiber Lithium Ion Battery Separators

Current stretched porous film battery separators for lithium ion batteries are thin, strong, and provide a good barrier between electrodes, at the cost of having very high internal resistance and low ionic flow due to low porosity and high "dead space" that come from starting with a solid material and trying to impart porosity. This work uses an alternative approach, where linear nanofibers and microfibers are combined in wet laid nonwoven processes to give separators that are strong and thin, but have higher porosity (60-70%) and so have much higher ionic flow.

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