IoT platform

Energy consumption

With Kuzzle IoT, visualize your energy consumption data in real time thanks to business dashboards designed to identify sources of wastage and optimize your energy strategy. Manage your resources efficiently and sustainably, while reducing your operating costs. Integrate an environmental dimension into your efforts by meeting today’s challenges of reducing pollutant emissions and preserving the environment. Thanks to our IoT platform, centrally manage and optimize your water, gas and electricity consumption, guaranteeing global, responsible energy management.

Control and reduce your energy consumption

Find out how to reduce your energy costs, protect the environment and adapt your consumption to real needs with innovative energy management solutions.

Reduce your energy costs

With Kuzzle IoT, identify energy inefficiencies and optimize electricity, gas and water consumption to reduce your operating costs and ensure the sustainability of your business in the face of ever-rising energy prices. By centralizing the management of your energy resources, Kuzzle IoT helps you take a proactive approach while reducing your environmental impact.

Track your consumption targets

Thanks to our IoT and Data platform, track and measure your efforts to reduce energy consumption via real-time dashboards. Kuzzle IoT alerts you when thresholds are exceeded, enabling rapid implementation of corrective actions to achieve your objectives. This means you can adjust your strategies in real time, making sure you meet your energy efficiency commitments.

View all your consumption

Kuzzle IoT offers a global visualization of all your energy sources in the form of business dashboards. This centralized view enables you to analyze your data at different scales, whether for a specific building or for an overview across a city or group of facilities. So you can compare your consumption across different entities to make informed decisions.

“

With this initiative, the first of its kind in France, the Finistère communities will soon have tools to control and manage the implementation of their public policies in the areas of energy and financial efficiency applied to public network services, but also in the area of relations with citizens.

”

Emmanuel Quéré

Deputy Director, SDEF

Read the success story

How does energy metering and consumption work with Kuzzle IoT?

The Kuzzle IoT energy management solution rests on three pillars: sensors for precise consumption monitoring, a reliable and cost-effective LoRa network, and a powerful IoT platform for centralized visualization and control.

Sensors

Sensors play a central role in monitoring and managing energy consumption. For electricity, Linky meters, positioned at building entrances and on electrical circuits, track overall electricity consumption. Sub-metering sensors dedicated to lighting or heating provide a detailed view of consumption by segment. For gas, mechanical meters equipped with an index send consumption data back via ICT devices, while GRDF meters automatically communicate information to Kuzzle IoT. Finally, sub-meters installed on water and gas pipes detect potential leaks, triggering alerts for immediate responsiveness. The deployment of multi-sensors in strategic locations enables advanced monitoring of metering and energy consumption.

Network technology

Sensor data is transmitted using LoRa network technology, ideal for local authorities thanks to its ease of deployment and low cost. This low-power network enables rapid deployment of private infrastructures, guaranteeing reliable coverage for energy monitoring, while minimizing installation and maintenance costs.

IoT & Data platform

Kuzzle IoT centralizes and analyzes all the data sent back by the sensors, displaying it in the form of business dashboards. This enables you to compare consumption between different periods, visualize savings based on consumption, and carry out global monitoring of your infrastructure. What’s more, our IoT and Data platform enables you to quickly detect anomalies, such as leaks or consumption at unusual times, for rapid corrective action.

Kuzzle IoT: your IoT & Data Science Platform

Kuzzle IoT is a new generation of IoT and Open Source Data platform that accelerates the deployment of your IoT applications. It is agnostic to sensor technologies, network connectivity, business systems for centralized and simplified management.

Kuzzle allows you to reduce the deployment time of your IoT applications and focus on your core business.

Request a Kuzzle IoT demo

With Kuzzle Iot, you can keep a close eye on your electricity consumption,

Discover how to optimize energy consumption in different sectors through innovative solutions that combine operational efficiency, cost reduction and respect for the environment. Immerse yourself in concrete examples of vertical applications and explore the benefits of precise energy management tailored to your needs.

Optimizing heating in buildings

Accurately metering the consumption of gas used for heating in public buildings, such as schools or town halls, allows you to identify your real energy needs better. By analyzing the data in Kuzzle IoT, you can regulate heat production according to the actual occupancy of spaces, avoiding energy wastage and reducing your heating costs while maintaining user comfort.

Industrial boiler management

In industries using gas-fired boilers to produce hot water or steam, actual metering of gas consumption enables you to monitor equipment efficiency and quickly detect any anomalies, such as overconsumption or leaks. Thanks to our IoT platform, you can plan preventive maintenance operations, avoid costly interruptions and improve your plant’s overall energy efficiency.

Street lighting management

Electricity sub-metering on public lighting circuits enables local authorities to monitor their consumption in real time, and identify periods and areas where a reduction in lighting would be possible without compromising the safety of citizens. With our IoT platform, cities can not only reduce their energy costs, but also extend the lifespan of street lighting installations, thus contributing to more sustainable management of urban infrastructures.

HVAC system optimization

Metering and sub-metering the electrical consumption of air-conditioning, ventilation and heating (HVAC) systems gives you a better understanding of energy use in different areas of the building, and of seasonal variations. By adjusting your systems to your actual needs, you reduce unnecessary consumption, improve user comfort and cut your energy costs.

Optimisation de l’arrosage dans les espaces verts

For municipal parks and gardens, metering the water consumption used for watering green spaces to effectively manage this precious resource. By combining consumption data with weather forecasts in Kuzzle IoT, you can adjust watering to avoid excesses while maintaining the health of plantations.

Water monitoring in sports facilities

In sports facilities, precise metering of water consumption for pools, showers and sanitary facilities enables you to monitor usage in real time. By identifying periods of high consumption and adjusting resource use accordingly, you can reduce costs while guaranteeing quality service for users. What’s more, the rapid detection of leaks thanks to our real-time alerts helps prevent waste and ensure sustainable resource management.

IoT solution for energy metering and consumption adapted to all business needs

Managing energy consumption, tailored to each individual need, helps optimize the use of resources, reduce costs and minimize environmental impact. Every sector, from cities and private buildings to shopping malls, logistics, industry and healthcare, benefits from precise monitoring and control to ensure energy efficiency while meeting the specific needs of each environment.

Public infrastructure

Metering and monitoring energy consumption enables cities to efficiently manage the electricity, water and gas used in their public infrastructures, so as to optimize their use according to actual needs. In this way, local authorities reduce their costs and their carbon footprint, while maintaining the comfort of their citizens.

Industrial sites

In industry, accurate metering and monitoring of energy is essential to comply with strict environmental regulations, which require a 60% reduction in emissions by 2050. By identifying areas of over-consumption and optimizing their energy strategy, manufacturers can reduce energy costs while meeting regulatory targets.

Private buildings

For private building managers, monitoring air-conditioning, heating and lighting systems via sub-metering makes it possible to identify sources of consumption and adapt them according to needs. By only heating or cooling rooms according to their use, you can reduce energy costs while maintaining user comfort.

Healthcare buildings

Thanks to Kuzzle IoT’s electricity alerting system, power cuts can be anticipated and prevented, ensuring that essential medical equipment remains operational. In this way, healthcare buildings can maintain continuity of care and guarantee patient safety and health, while optimizing their energy consumption to cut costs without compromising service quality.

Shopping centers

Retailers optimize their energy consumption by adjusting heating, air conditioning and lighting systems according to visitor numbers and weather conditions. This dynamic adaptation enables them to reduce costs while providing a comfortable environment for customers.

Logistics warehouses

In logistics warehouses, energy monitoring enables real-time monitoring of electricity consumption. Alerts are triggered when critical thresholds are exceeded, enabling rapid corrective action to be taken to avoid over-consumption. This proactive monitoring helps maintain operational efficiency while minimizing the environmental impact of logistics activities.

They trust us

Kuzzle IoT, the open-source IoT platform, addresses Smart City, Smart Building, Smart Industry, Smart Logistics & Transport and Connected Health use cases, as well as the massive processing of Internet of Things data.