Tyrrell Analytics

Intelligent software to optimise & improve building performance & tenants' wellbeing

Tyrrell Analytics continuously collects data from buildings and transforms this into useful information based on smart analytic rules, intelligent software and algorithms. Multi-site performance monitoring provides the best environment for your occupants whilst maintaining optimum building efficiency.

Monitor

A Smart Building Analytics Platform monitors building performance by analyzing data from various systems to optimize energy usage, improve occupant comfort, and enhance operational efficiency.

Report

A smart building analytics platform provides comprehensive reports on building performance, offering insights into energy efficiency, occupant comfort, and operational cost savings.

Action

A smart building analytics platform provides comprehensive reports on building performance, offering insights into energy efficiency, occupant comfort, and operational cost savings.

Tyrrell Analytics - Favicon

The Power of Automations

The power of a rules engine in a Smart Buildings Analytics platform is transformative, providing unparalleled efficiency and precision in managing building operations. A rules engine automates decision-making processes by applying predefined logic to data inputs, enabling real-time responses to changing conditions within the building environment. This capability is crucial in smart buildings, where dynamic control over HVAC systems, lighting, security, and other critical infrastructure components is required.

By monitoring air quality, the platform contributes to maintaining a healthy indoor environment, reducing the risk of respiratory issues and other health concerns associated with poor air quality. Studies have shown that improved air quality can enhance cognitive performance and productivity, making air quality monitoring a valuable tool for optimising workplace environments.

Standard rules library

The system generates alerts or notifications if air quality parameters surpass predefined thresholds, enabling prompt responses to maintain a healthy indoor environment

Custom rules setup

The system generates alerts or notifications if air quality parameters surpass predefined thresholds, enabling prompt responses to maintain a healthy indoor environment

Step 1

Site BMS or IoT sensor integration
Air quality and IAQ sensor systems can be imported from a site Building Management System or by using an IoT wireless solution and gateway. These provide valuable insights into key air quality parameters: particulate matter (PM), volatile organic compounds (VOCs), carbon dioxide (CO2), and other relevant indicators

Step 2

Real-time monitoring
Tyrrell Analytics platform continuously monitor air quality in real-time, providing up-to-the-hour data on pollutant levels and environmental conditions

Step 3

Alerts & notifications
The system generates alerts or notifications if air quality parameters surpass predefined thresholds, enabling prompt responses to maintain a healthy indoor environment

Step 4

Visualisation dashboards
Building managers and tenants can access easy-to-understand dashboards that visually represent current air quality conditions. This facilitates quick assessments of IAQ status

Step 6

Historical data analysis
Historical data allows users to analyse trends in air quality over time and identify patterns or recurring issues

Automatic monitoring

Automatic monitoring offer more effective ways of gathering information about pollutant levels, allowing you to collect data every hour without needing to actively monitor the situation. 

Data and well-being

Estimation & prediction

 

By shifting all of IAQ data into one central location, it becomes much easier to analyse everything you have monitored, using that information to build forecasts and find likely causes of particulate matter pollution.

Simaxx provides an easy way to gather information and predict long-term trends for your total air pollution levels, letting you estimate future control effectiveness based on the emissions you have already produced.

While it is still best to use hard data whenever possible, looking into long-term trends and personal predictions for your pollutant levels is important. Pollution forecasts can provide valuable insight into your long-term air quality and give you a baseline for how your pollutant levels may increase if left unchecked.

Data and well-being

Reporting and analytics

Centralised location for all data
By shifting all of IAQ data into one central location, it becomes much easier to analyse everything you have monitored, using that information to build forecasts and find likely causes of particulate matter pollution.

Customisable reports
Users can generate reports summarising air quality metrics and trends, which can be useful for internal assessments and communication with stakeholders.

Historic data
Having easy access to so much historical data allows you to achieve full monitoring of your energy performance. You can use your entire energy efficiency history to form baselines and figure out expected results, using any point of data you need without the worry of it being lost or corrupted.

Electrical consumption compared with kitchen service hours

Compliance

Regulatory compliance
The system can assist building managers in adhering to indoor air quality regulations and standards by providing data for compliance reporting.

Data and well-being

Integration with Smart Building ecosystems

Synergy with other systems
Air quality monitoring services are often part of a broader smart building ecosystem, integrating with other systems such as lighting, security, and energy management for holistic building optimisation.

Data and well-being

Solution

Tyrrell Analytics air quality monitoring solution leverage sensor technology and data analytics to ensure that indoor environments are healthy, comfortable, and conducive to productivity. Solution plays a vital role in creating intelligent and responsive building ecosystems that prioritise the well-being of occupants.