FREQUENTLY ASKED QUESTIONS
Q: Is your technology a new type of battery?
A:
No, our technology consists of
energy pulse circuitry that optimizes or manages the
way a device allocates the energy from its energy
source. InteliPulse is a battery management
technology, not a battery.
Q: In
what types of appliances or devices does your
technology work?
A:
Our technology works in any
type of portable appliance or device.
Q: Does
this circuitry work in appliances that use very high
amounts of energy like clothing dryers?
A:
P²’s
Technology is ideally suited for appliances that
have very high energy requirements. Our circuitry
can withstand extremely high loads.
Q: How
do I determine the benefit of your technology on my
products?
A:
P² Technologies owns a lab
facility where our engineers work to determine the
“before and after” by incorporating our circuitry
into our customers’ appliances. Our lab engineers
will work with you to achieve the optimal circuit
configuration and end results for your products.
Q: What
type of run-time improvement can I expect from your
technology in my products?
A:
The run-time improvement
varies from product to product. Some appliances are
already very efficient in their use of energy, which
means that our technology might improve the run-time
only slightly. On the other hand, some types of
appliances, like those that generate heat, are very
inefficient and benefit considerably from our
technology. The larger the electrical motor
and the larger the mass and the higher
the inertia will equal larger amounts of
energy saved.
Q:
Once we
determine the benefit of P²’s
technology on our products, how do we do business
together?
A: P²
Technologies is
an intellectual property licensing company. As
such, we work with our customers to incorporate our
circuitry into their product designs. We sign
license agreements with our customers and earn a
royalty on the products they sell that use our
technology.
Q:
How big
is the circuitry? Will it fit into a very
small appliance?
A: Our circuitry can be
miniaturized to a single chip and added to an
existing circuit board. If size is not a
significant issue, the circuit can be built using
separate discrete components and placed on a larger
board.