WIRES / Power provision and measurement

Power has to
reach the work.

WIRES connects power provision, management and distribution with the measurement of energy transfer. Its focus is the complete interface: what the source supplies, what crosses the connection and what the receiving equipment can use.

Wireless Infrastructure for Remote Exploration Systems

WIRES

The complete interface

From source to receiver.

Sending side

Supply

  • Source conditions
  • Conversion and regulation
  • Protection and distribution

Transfer

Connection · Conditions
Measurement

Receiving side

Useful energy

  • Receiver requirements
  • Storage behavior
  • The connected work
Functional power-transfer architecture. Artist's concept.

The power system

Follow the energy.
Understand the result.

A transmitter reading and useful power at a receiver answer different questions. WIRES puts the sending and receiving interfaces in the same measurement plan, with the operating conditions stated alongside the result.

  • Provision and distribution

    Consider the source, conversion, protection and delivery path as one system.

  • Interfaces and storage

    Connect the transfer conditions to receiver requirements and storage behavior.

  • Measurement

    Define the quantity, conditions and method needed to evaluate power transfer, including beaming concepts.

A result with context

Make it meaningful
on both sides.

A power-transfer question begins with the sending and receiving interfaces. The conditions, quantity and method determine what a result can say about the system.

Discuss the measurement

Development direction

Make power transfer
observable.

WIRES's development direction pairs receiver instrumentation with repeatable campaigns. It connects the physical power path to the measurements needed to compare designs and understand the energy reaching the work.

This connects to CC-100's local control and Everlight's shared infrastructure.

Work with Constanellis

Start at the interface.

Tell us about the sending and receiving systems, the operating conditions and the power-transfer question you need to answer.