WIRELESS BATTERY- LIMITED POWER SUPPLY

WIRELESS BATTERY- LIMITED POWER SUPPLY

True Wireless Power
Powercast’s products deliver true wireless power for continuous charging and power-over-distance for one or multiple devices. Enable your device to become finally untethered.

Low Power Charging System
Powercast components integrate seamlessly with power distribution and storage systems for low power electronic devices by delivering microwatts to milliwatts without wires.


Integrate our Technology
Powercast technology enables unique product enhancement, product differentiation, and market extensions. We are continually building a roster of strategic collaborations that benefit from wireless power and continuous charging.


Experience the Future
Qualified potential partners can self-discover and rapidly prototype using Powercast's wireless power technology by purchasing a Lifetime Power Evaluation and Development Kit.


A leader in partnering with the industry to enhance the end-user experience through wireless power
Powercast has developed proprietary methods to deliver unique powering solutions and holds an extensive cross-platform portfolio of related intellectual property.


IMPLEMENTATION FLEXIBILITY

Unique “Any-to-Any” broadcasting

Point-to-Point
Point-to-Multipoint
Multipoint-to-Point
Multipoint-to-Multipoint
INCREASED PRODUCT RELIABILITY

Hermetically Sealed
Continuous Charging
Battery-Free
MULTIPLE POWER OPTIONS

Continuous
Scheduled
On-Demand
Passive
True Wireless Power
Powercast recognizes there are several alternatives available for powering devices without the use of wires, each with different addressable markets. The alternative methods may seem similar on the surface, however, they offer limited solutions. Powercast is the only company with the technology and component-level products to deliver continuous charging, and provide its capability at a scalable distance.




Principle Limitations of Alternative Technology Performance:

Requires direct contact or close proximity
Difficult to integrate moving parts and bulky size
Inflexible deployment
Must follow specific handling process
Generates excess waste
Other limitations vary by technology type
Powercast Performance Differences:

Extends product life cycles
Reduces maintenance requirements
Easily integrated form factors
Any-to-Any configuration
Reduces or eliminates adverse environmental impact
Multiple power options: continuous, scheduled, on-demand, or passive
Low Power Charging System
The development and usage of wireless, portable electronic devices is rapidly expanding. Many of these devices share similar components which have been, or in the future will be, designed and optimized for low power consumption. These components and their suppliers constitute the low power ecosystem, and include components such as:


Energy harvesting devices (e.g. Powerharvester Receiver)
Micro-power management
Low power microcontrollers
Low power radios (e.g. 802.15.4, ZigBee, ULP WiFi, WirelessHART)
Supercapacitors
Solid-state and thin film batteries
Powercast provides a core component in the low power ecosystem. Our energy harvesting and wireless power technologies are embedded in core interoperable components for creating low power charging systems. With safe, controllable, and scalable wireless power technology, Powercast’s products provide numerous benefits for low power charging systems, including:

Increases design-in flexibility and benefits: no contacts, no wires, sealable, and submersible
Promotes a battery-free architecture
Improves device longevity through maintenance-free operation
Powercast is seeking to continuously add additional collaborations with forward-looking members of the low power ecosystem for expanding product offerings and cross-optimizing components for performance improvements.

Integrate our Technology
Collaboration Partners
Powercast is continually building a roster of strategic collaborations that benefit from wireless power and continuous charging. Examples of collaborations include:

Technology:

Texas Instruments: RF modules, software, MSP 430 Third-Party Development Network
CAP-XX: Supercapacitor energy storage
CYMBET: Thin-film batteries
Infinite Power Solutions: Thin-film batteries
NTERA: Low-power, bi-stable displays
Esensors: Wireless sensors
Manufacturing and Design:


TACH Technologies
Defense and Energy:

Department of Defense: Project funding
Department of Energy: Energy management
Government and Defense Contractors
Sponsored University Research:

University of Pittsburgh
University of Colorado

Complete the form below to inquire about becoming a collaborative partner with Powercast. A Powercast executive will contact you

Experience the Future
Powercast has development kits available for qualified designers, engineers, product developers and researchers to evaluate and prototype our wireless power technology.

Self-Discover Wireless Power Technology: Learn about Powercast’s patented wireless technology and all it has to offer.
Rapidly Prototype into Any Device: Quickly integrate into any prototype device using a plug-n-play solution for remote powering.
Explore Renewable Energy Possibilities: Expand the possibilities for true wireless power to become a renewable energy source for rechargeable batteries, and other energy storage devices.
Development Kit Options



Lifetime Power Alkaline Starter Kit: A starter kit with Powerharvester components designed for rechargeable Alkaline batteries.
Lifetime Power Lithium Ion Starter Kit: A starter kit with Powerharvester components designed for rechargeable Lithium Ion batteries.
Lifetime Power Evaluation and Development Kit: The full kit that includes components for use with rechargeable Alkaline batteries, rechargeable Lithium Ion batteries, and non-battery energy storage (e.g. capacitors).
Products will be available in all common frequency bands.




Wish you could know your Lipoly battery voltage while you are flying?
Want to be able to accurately know when your pack is about to drop voltage?

The New-&-Improved Hobbyking wireless battery tracker monitors your lipoly via the charge plug and sends back a signal to your reciever. Should one of your cells drop below 3.6v the LED for that cell will turn Red. Once the cell drops below 3v the LED will flash and the warning buzzer will beep, signaling you to land as soon as possible.
The transmitter operates on 870.0Mhz FM band and can monitor 2S to 6S batteries.

Spec.
Transmitter Weight: 7g
Receiver Weight: 35g (this is the part you keep in your pocket)
Signal distance: Around 300-400mtr
Battery: 7.4V/ 2 Cell (Included)


Usage;
Ensure the hand-held receiver is turned on and you have selected the number of cells first. Once this is done, then connect the transmitter inside the plane to the batteries balance plug. If you do not do it in this order, the reading will be incorrect.