PSP builds the gateways, mesh nodes, and meter communication modules that carry electricity, water, and prepaid meter data from the meter room to your MQTT broker of choice. Your Head-End System does the rest.
Gateways sit at the top and talk to your cloud broker. A self-forming radio mesh of extender nodes carries that data across the site. At the bottom, small comms modules and keypads attach directly to the meters themselves.
The gateway publishes readings to whichever MQTT broker your utility already runs — cloud-hosted or on-premise. Connect one Head-End System or several: billing, energy management, and technical monitoring can each subscribe independently, without touching the field devices. The mesh between gateway and meter runs on PSP's own EMOG radio protocol; if you need the detail, the full protocol document is available to download.
Every gateway, mesh node, and coordinator ships pre-mounted in a weatherproof IP66/IP67 junction box, ready to install. Meter-level modules are small enough to fit inside the meter's own terminal cover.
LTE, Wi-Fi, and Ethernet variants, each with an optional WMBUS receiver for Kamstrup water meters.
Extender nodes carry the radio mesh across a site; a coordinator bridges through to tenant keypads.
Comms modules for Kamstrup and Veryco meters, plus a prepaid keypad for tenants.
A legacy Head-End System is a single point of failure — if it goes offline, data collection stops. PSP's gateways publish to an open, industry-standard broker instead, so billing, energy management, and notification systems can each connect independently, and no single vendor controls your infrastructure.