Weather Station

— FLO2 · External Environment

Hyperlocal Weather Stations

Site-level meteorological monitoring for built environment, agricultural and infrastructure applications.

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Regional weather data, sourced from airport stations or national meteorological networks, operates at a spatial scale that is of limited use for site-specific decisions. A construction project, an agricultural operation, a solar installation or a building optimisation programme each requires meteorological data from the site itself, not from the nearest reference station several kilometres away.

FLO2 deploys hyperlocal weather monitoring infrastructure that provides continuous, site-specific meteorological data integrated with the same cloud platform used for IAQ and ambient air quality applications.

Why It Matters

Free cooling logic in FLO2's HVAC control system depends on accurate outdoor enthalpy data from the building site. Regional weather data introduces error that reduces the effectiveness of ambient-assisted cooling.
Construction and infrastructure projects require on-site wind, temperature and humidity data for structural safety assessments, concrete curing management and worker welfare obligations.
Green building energy models, including those used for LEED, GRIHA and EDGE certification, are calibrated against measured meteorological data. Site-level data produces more accurate models than regional proxies.

What We Offer

Continuous monitoring of temperature, relative humidity, barometric pressure, wind speed, wind direction and rainfall.
Direct integration with FLO2 FAIR free cooling logic and ventilation control algorithms.
Exports compatible with EnergyPlus, eQUEST and other building energy simulation tools used for green building certification.
LoRa and cellular connectivity with solar power options for off-grid sites.
Multi-site dashboard consolidating weather, IAQ and energy data in a single view.

Benefits

More accurate free cooling and demand-based ventilation control.
Site-calibrated energy models for green building certification.
Reliable on-site data for safety and operational decisions.
Single source of truth across facility, project and city operations.

What FLO2 Provides

01

Continuous Meteorological Monitoring

Temperature, relative humidity, barometric pressure, wind speed, wind direction and rainfall. All parameters logged continuously and cloud-available in real time.

02

Integration with FLO2 Control Systems

Outdoor weather data feeds directly into FLO2 FAIR's free cooling logic and ventilation control algorithms, improving the accuracy and energy performance of demand-based ventilation.

03

Integration with Energy Models

Measured weather data exportable in formats compatible with EnergyPlus, eQUEST and other building energy simulation tools used for green building certification.

04

Remote Connectivity

LoRa and cellular connectivity for sites without fixed network access. Solar power options for off-grid locations.

05

Multi-Site Dashboard

Weather data from multiple sites consolidated in a single view, alongside IAQ and energy data where applicable.

Outcomes

Meteorological parameters

Temperature, humidity, pressure, wind speed and direction, rainfall

Data availability

Real-time, continuous, cloud-logged

Integration

FLO2 FAIR control system, energy simulation tools, GIS platforms

Metric	Observed Range
Meteorological parameters	Temperature, humidity, pressure, wind speed and direction, rainfall
Data availability	Real-time, continuous, cloud-logged
Integration	FLO2 FAIR control system, energy simulation tools, GIS platforms
Connectivity	Wi-Fi, LoRa or cellular

Establish Site-Level Meteorological Monitoring for Your Project

A scoping discussion identifies the parameters, connectivity requirements and integration scope relevant to your application.