Managing heating in your buildings?

With Nexo you can minimize energy consumption by monitoring and control over your heating devices. Create forecasts based on collected data in order to plan out your savings – without losing on the comfort of the residents.

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Utilities saving

Generate financial savings by optimizing your heat usage. With Nexo you can limit energy loss in your buildings and react via specifically set up schedules to events such as last person leaving the building or opening windows. Take control over the temperature in each room separately and independently.

Centralized control

Steering the heating devices in many buildings from one place has never been easier. Make a deep dive into the collected data in order too calculate, analise and control your energy usage. Nexo enables data presentation on personalized dashboard charts and consumption forecasting based on our analytics module. Ensure the thermal comfort in your locations in accordance to the residents’ preferences.

Integrity & reports

Nexo makes integrating different technology such as energy storage, wallboxes and smart plugs possible. Our analytics and report-generating module enables advanced data analysis, usage forecasting and data exporting. All this to ensure your cost and room inertia calculations are as accurate as possible. Create reliable ESG reports using the data collected by your devices.

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Our Case Studies

Modern billing for heat and thermal comfort

Veolia Polska

Nexo is responsible for ensuring thermal comfort in buildings and offering billing based on actual room temperature. For this purpose, the platform combines data from the thermal substations and heat meters, thermostatic heads with reference temperature sensors in flats, weather forecasts, heat demand, and preferences of building users.

Optimising heating costs in municipal buildings

Miasto Kraków

The City of Krakow uses Nexo to optimise heating costs in kindergartens by dynamically scheduling room temperatures, taking into account class schedules, weather conditions, and the thermal inertia of the buildings. Nexo’s algorithms reduce heat consumption by reducing overheating of rooms when they are not in use. As part of the implementation, Nexo combines thermostat heads, temperature sensors, and information from the heat meter. The platform allows the operator to optimise, from one panel, all connected buildings.

Dynamic electricity tariff

Stadtwerke Leipzig

Stadtwerke Leipzig uses Nexo to offer a dynamic electricity tariff. Customers have the opportunity to correlate their electrical sockets, air conditioners and other appliances in their flats with specific photovoltaic installations in the city. In return for matching the consumption of the connected appliances to the currently available green energy, they receive bonus points that reduce their electricity bill.