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MOYE CONSULTANTS LLC

Summary

supercapacitor, ultracapacitor, electrochemical double layer capacitor, asymmetric capacitor, lithium-ion capacitor, lithium ion capacitor, lithium-ion battery, lithium ion battery, lithium battery, hybrid capacitor, hybrid battery-capacitor, battery-capacitor hybrid, battery management system, energy storage, renewable energy, power system, electrochemical energy, electrochemical power, high current, high power, high energy, cycle life, Arrhenius degradation, Faradaic, Nonfaradaic

Profile

Incorporate State: Florida | Since: | Main/Branch: Branch | Profile views: 3

Address

State: Florida | County: Leon | City: Tallahassee | Address: 527 E PARK AVE | ZIP Code: 32301-2571 | Map URL: 527 E PARK AVE TALLAHASSEE FL 32301-2571

Classification

Description

Moye Consultants provides electrical engineering services and specializes in designing energy storage technology. This includes modeling novel electrochemical energy storage devices, integrating energy storage technologies into larger systems, and other electrochemical techniques, as far ranging as water purification. Moye Consultants can design new, custom energy storage devices using its Simultaneous Battery and Capacitor Design Model (SBCDM). Many energy storage products are on the market, but a one-size fits all approach is seldom appropriate. Total energy storage and cost are important factors, but so are maximum power, cycle life, volatility, and flammability. Moye Consultants has the expertise to optimize a customer’s energy storage experiences by properly combining commercial of the shelf products. It is working on a Power Smoothing Module (PSM) for Solar Plus Storage renewable energy-energy storage combinations on the kilowatt scale.

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Special Details

Moye Consultants recently developed the Simultaneous Battery and Capacitor Design Model (SBCDM). The SBCDM is a novel energy storage device model that considers size and properties of the materials used to make the energy storage device and the desired operating current (or power), mass and volume. From this information the SBCDM computes the amount of energy stored or discharged during a dis/charge cycle.

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