Modules

You can start with a small scope and gradually add more devices, technologies, and objects to manage.

Energy Monitoring

Measurement of current total energy consumption.
Measurement of high-demand appliances to derive energy flow maps in the building: Electricity | heat | gas | water | technical gases (nitrogen, hydrogen, and others) | measurement of qualitative parameters if needed (power factor, reverse energy, distortion) | historical overviews | analytical functions - zooming, curve correlations, custom graphs | trends and forecasts.

Energy Flow Control

Management of energy consumption peaks - modeling energy peaks (reserved energy management) and shaping peak levels by controlling and regulating technologies.
Ability to set rules for energy flow management functions based on energy sources, forecasts, and energy requirements.

Environmental Quality Control

Indoor environment control: monitoring of environmental sensors | temperature, humidity, air quality (CO, CO2), floods, presence, light intensity, and many other sensors.
Temperature and air quality control: regulation of heating, ventilation, air conditioning, or recovery | the building is divided into zones (rooms) | temperature and air quality (CO2 + quality) based on individually regulated zones | synchronized HVAC and recovery system control based on demand | intelligent ventilation based on CO2 and air quality criteria | window controls (open/close) and HVAC operation monitoring | control based on weather data and forecasts | quick programmable temperature/program selection buttons | weekly heating/ventilation programs based on user preferences and settings.

Technology Control

Monitoring and control of any electronic devices/machines according to defined rules and automation or user interactions.
Automation based on rules and relationships with any other input/output controlled by the platform.

Preventive and Predictive Maintenance

Support for analytical functions where any input and output (sensor, device, binary state) can record historical data that can lead to individual graphical reports presented in user panels.
Includes basic line and column charts, time diagrams, cumulative volume charts, stacked charts, pie charts, Sankey charts, correlation charts, temperature map charts, and more. Correlation charts further support optional calculations of mathematical series.
Any input/output can have threshold points set for normal operation and triggering events in case of unusual behavior.
Alarm events can be sent as emails, SMS messages, or pushover (instant messaging) notifications or specific commands that can trigger additional external visualized (flashing) or sound alarm systems.
Granularity of historical records is based on received or retrieved raw data from sensors/devices or filtered by hourly/day/week/month/year.
Export in xls, csv, or image format is natively supported.
The solution can be further extended with specific diagnostic sensors and analytics. In such a case, a specific machine learning (ML / AI) algorithm would provide anomaly detection and early warnings based on measurement analysis and behavior patterns.

Productivity and Utilization

Control based on time parameters (on/off based on time or date).
Management of all machines based on demand and time.
Automation of any machine control based on predicted machine work and current production orders.
Analytical comparison of machine performance with other related machines, with optional charts to compare with machine work. Statistical data is available, such as the expected machine efficiency per hour/day/year.

Production Monitoring

Monitoring and analysis of production using production parameters.
Support for basic data statistics: quantity (QTY), volume (volume), working hours (H / M / S), distance (meters), speed (m/s, km/h), etc.
Monitoring energy consumption and temperature, humidity, and CO2 air quality on each production site (shop) - for ESG rating calculation (Environmental, Social, and Governance).
Analyzing production or product delivery times on a daily or weekly basis.
This information helps to manage machines more efficiently and determine the most efficient production.

Lighting Control

Lighting control is based on light parameters or regulations based on time or demand.
Integration with motion detectors (PIR), presence detection, and lighting level control.
Lighting brightness is easily programmable based on different scenarios and rooms.
Integration with dimming control (DALI, 1-10 V, PWM, 0-24 V) is available.
Lighting monitoring using temperature, power, and dimming controllers.

Security and Access Control

Security monitoring - based on multiple inputs such as presence detectors, cameras, doors, windows, motion detectors, and more.
Security control is based on rules (security scripts) such as setting different security scenarios, arming, disarming, or monitoring.

Integration of Camera Systems

Video monitoring - detection of abnormal situations (robbery, theft, and violence).
Detection of abnormal situations - motion detectors.
Integration with access control system.
Automatic detection of objects and faces using image analysis.
Integration with access control systems.

2D/3D Mapping Data

Customized views can be created according to requirements.
Visualization includes building plans and complex images.
Control and monitoring based on mapping.

Transportation and Parking

Basic: Displaying parking spaces, data collection (counter, light sensor, pressure sensor), and providing parking information to users and monitors.
Advanced: Includes electronic booking systems for parking spaces.

Waste Management

Basic: Collecting data (counter, fullness sensor, temperature, humidity) and providing waste information to users and monitors.
Advanced: Monitors provide information on a specific waste management system and alert operators to collecting full containers.

IoT Solutions

Basic: Integration of specific IoT systems, managing sensors and devices, including the application layer.
Advanced: More complex integration with the IoT system.

24/7 Monitoring, Alarms, Response

Creating and processing specific rules for the events raised by any sensors.
Integration with response teams or authorities.

Aggregation/Flexibility

Gathering and presenting data according to the user's requirements and data processing.
Analyzing and processing data to create scenarios and solving urgent situations.
Modeling aggregated data.

Contact

+420 733 120 830

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www.nextra.systems

NEXTRA SYSTEMS s.r.o. | Slovácká 678, 691 53 Tvrdonice | CZECH REPUBLIC
Company ID: 092 48 072 | Tax ID: CZ09248072

registered with the Commercial Register kept by the County Court in Brno, section C, entry 136328
represented by: Zdeněk Balga, MBA, Chairman of the Board

Account number: Raiffeisen Bank 2337202002/5500 | IBAN: CZ2855000000002337202002 | BIC/SWIFT: RZBCCZPP

A member of FAIRTECO Holding SE

NEXTRA systems s.r.o. je součástí FAIRTECO Holding SE

FAIRTECO Holding SE | Meet the fair future!

Ve FAIRTECO tvoříme ekosystém, který si klade za cíl vytvářet příjemný komfort pracovního prostředí při zajištění klimatické neutrality, snižování uhlíkové stopy a energetické náročnosti budov.

Přinášíme lidem do jejich životů technologie, produkty a řešení, které splňují nároky na extra dlouhou životnost, téměř nulovou údržbovost a férovou cenu.

Komplexní přístup má 3 úrovně, které má zákazník možnost využívat jednotlivě:

Vytvoříme energetický audit, zjistíme potenciál k úsporám a navrhneme opatření. Nasadíme softwarový nástroj, který okamžitě začne generovat úspory na úrovni 37+ %.

Dodáme technologie systému, který snižuje provozní náklady na chlazení, větrání a topení až 80% proti konvenčním VZT/HVAC technologiím.

Vyrobíme lehké ocelové strojírensky přesné prefabrikované panely, které mohou nést jak tepelnou izolaci tak FVE panely nebo zelenou fasádu.

A to je FAIR!

NEXTRA systems s.r.o. | Modulární softwarové řešení pro energetický management, digitalizaci a automatizaci průmyslu 4.0, inteligentní budovy, smart cities a distribuovanou energetiku

Propojením technologií pomáháme zefektivňovat provozy a optimálně využívat energetické zdroje. Zajišťujeme tak snižování nákladů a uhlíkové stopy a dosažení nárokům ESG, získání certifikace ISO 50001 aneb vylepšení energetický štítek budov (PENB).

FAIRAIR CZ s.r.o. | Decentrální úsporné ekologické ventilační systémy a modulární TZB

Jsme tvůrci příjemného komfortu pracovního prostředí, který zabezpečuje spolehlivost strojů a spokojenost lidí v průmyslových a komerčních objektech. Navrhujeme a dodáváme systémy pro odvod tepla, kouře, přirozené větrání, chlazení a zvlhčování vzduchu a úspory nákladů topení destratifikací.

MONTART s.r.o. | 3D tištěný konstrukční systém ocelových rámů, zateplovacích panelů a příhradových vazníků

Systém umožňuje moderní rychlou a přesnou prefabrikovanou výstavbu středně podlažních budov, rodinných domů, skladů, komerčních a průmyslových budov, modulárních staveb a modulů na zateplování fasád. Flexibilita designu a konstrukce šetří realizační čas a zajišťuje se strojírenskou přesností kvalitu stavebnictví budoucnosti.