Sauer Energy, developer of the WindCharger vertical axis wind turbine (VAWT) and manufacturer of the patented Helix Wind vertical axis wind turbine,
The vertical-axis design can be sited without being intrusive, and it integrates into existing buildings. Vertical-axis turbines provide omni-directional wind collection. The torque produced lets it make power while turning at slower blade speeds. For instance, it takes only a 5 mph wind to turn the blade, so it works at locations with lower average wind speeds. Plus, it reduces wind direction limitations, because it can collect wind power on a 360° basis.
say they have entered into a Memorandum of Understanding to form a Strategic Alliance with iCeL Energy Solutions, an energy storage and management company. The two companies will collaborate on a custom renewable energy device using SEI wind turbines and the iCeL technology.
Based in Van Nuys, California, iCeL specializes in energy storage that is safe, lightweight, modular, programmable, scalable, and hot-swappable. The batteries can be fully monitored from anywhere in the world, via the web. “Our combined Strategic Alliance goal is to provide every customer of SEI with a reliable, long-lasting, cost-effective renewable energy source that’s not grid-dependent,” stated JS Parker, CEO of iCel.
SEI is also announcing its new Smart Energy Efficient Solutions (“SEES”). These advanced sustainable technologies will preview the next generation of renewable energy management.
SEI and iCeL are pooling resources, engineering and technology to customize energy storage and management that’s both cost-effective and renewable. Its cutting-edge WindCharger, along with iCeL’s lithium-ion energy solutions, will provide a value-added proposition for the “any time use” of production and storage of energy in each SEES. This can maintain a constant supply of power, and permit a seamless back-and-forth from on-grid to off-grid, as demand dictates.
To ensure that maximum energy efficiency is captured and processed, iCeL solutions are custom-matched and correlated with wind turbine output, providing a proper balance of storage and management. By combining these state-of-the-art technologies, each customer can minimize the costs of grid tie-in power, and reduce their monthly utility bills dramatically.
The iCeL bric is a 1 kWh li-ion battery. An energy storage bank can be built for the needed load. The company says that controls built into each bric lets it control thermal heat dissipation, call balance, rate of charge and discharge, and program time of use.
For commercial applications, SEES can reduce operational energy costs, delivering sustainability and/or distributing critical Uninterrupted Power Supply (“UPS”). Each customer can use SEES to its greatest advantage, to realize an ROI in just 5 years, depending on their choice of packages.
SEI and iCel use complementary technologies. That allows large commercial or small applications to be paired together for more cost-effective, scalable renewable power.
SEI’s line of turbines, together with iCeL’s technology, will produce zero-carbon footprint energy solutions for strategic energy accountability and profitability.
“We are excited about collaborating with iCeL and look forward to delivering proven SEES in an all-in-one package, to be monitored in real-time. This will give our customers the ability to control costs and distribute energy upon demand, making it predictable and reliable,” stated Dieter Sauer, CEO and President of SEI.
SEI’s wind turbine efficiencies and iCeL’s expertise in energy storage and management can yield the most efficient residential and commercial SEES on the market today.
iCeL
www.iCeLUSA.com
Sauer Energy Inc
www.SauerEnergy.com
Filed Under: Energy storage, News, Turbines
