What battery lifetime can I expect when using PeakNet LPR?

Battery lifetime is determined by some network and application parameters:

Number of data packets sent
Number of hops from source to destination
Number of packets that need to be forwarded by a router
Energy consumed by the sensors

Included in the development kit enterprise is a battery lifetime calculator which lets you calculate the worst-case energy consumption based on your application parameters. The calculator will also choose the optimal sleep period for the LPR network.

Hardware related questions:

Is there a development kit available for the CM09 modules?

What sensors are available on the development boards?

How do I program the CM09 module?

Is the CM09 module ETSI and FCC certified?

Can I use the microcontroller inside the module for my custom embedded application?

How do I buy CM09 modules?

Software related questions:

What communication software stacks are available?

What are PeakNet Z and PeakNet LPR?

How does PeakNet LPR enable battery-powered routers?

What battery lifetime can I expect when using PeakNet LPR?

Is the communication stack ZigBee compliant?

Do the modules in the network share a common time-base?

Development kit information:

What is included in the Development Kit Enterprise?

How do I develop my own wireless application using the CM09 module?

Which development tools are available?

What sensors are available on the development boards?

Where can I get support?

Are there software/hardware examples available?

Where can I order the development kit enterprise?