Trivire chooses to upgrade to the latest SWYCS energy and IoT solution

In light of its commitment to sustainable business practices, the need to save energy, and the principle of working as efficiently as possible, Trivire has decided to upgrade its existing energy monitoring solution to the latest version of the SWYCS platform.

From monitoring to strategic energy management

Trivire already uses the SWYCS energy monitoring module. Due to internal developments, this process was temporarily less active than desired. The ambition has now been renewed: to gain more control over energy consumption and energy generation, with concrete control options. With this upgrade, Trivire is taking a significant step from insight to action.

One integrated platform for energy and IoT

The new solution is being implemented in two Trivire buildings and combines:

  • Real-time monitoring of energy consumption and generation
  • Integration of IoT sensors and actuators
  • Central control within a single, unified platform
  • Data-driven optimization of installations

This creates a single, integrated dashboard that combines energy, indoor climate, and space utilization.

Sustainable entrepreneurship

Sustainable entrepreneurship and energy management are strategic goals embraced by both Trivire and SWYCS. Through its sustainability vision, SWYCS actively contributes to a future-proof built environment, with solutions that:

  • Reduce energy consumption
  • Optimize the indoor climate
  • Improve space efficiency
  • Reduce CO₂ impact

This upgrade underscores how technology, data, and strategic collaboration lead to concrete steps toward a more sustainable world.

Want to learn more about our sustainable solutions? Contact us.

Dashboard

With our user-friendly dashboard real time detailed data is collected to create the optimal insight into processes.

SWYCS App

With the SWYCS app, malfunctions can be reported easily and quickly.

Beheerplatform

With the management platform sensors and gateways can easily be managed and makes a building and its installations future-proof.

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