Next-Gen Visualization
One unified data platform, a new level of control. LoweConex have developed a patented data sphere that seamlessly integrates with multiple systems or corporates as a standalone IoT platform. Designed to operate at 4 nines, 99.99% uptime and guaranteed to three nines, 99.9% uptime.
AI-Driven Automation
LoweConex harvests c.2 billion data instances everyday, making c.250,000 automated actions every day. Delivering full end-to-end automated processes that transform asset management and drive efficiencies.
Rule Based & Truth Based Logic
Innovative IoT principles that enable automated actions to trigger based on pre-set running parameters. Allowing actions to be created based on data-driven intelligence.
Virtual Batteries
Virtual battery principles store energy during off peak times to create cost savings. Creating an energy reserve that is then released while energy is sold at higher tariffs to avoid unnecessary running costs.
Triad Avoidance Recipes
Reduce energy usage during triad periods to avoid unnecessary charges. Using triad avoidance recipes, LoweConex automatically implements system running changes to ensure minimal energy usage when higher tariff rates are in place.
Set-Point Standardisation
Standardize set-points estate wide or at store level to produce energy efficiencies. LoweConex automatically manages any set-point changes thereafter, with the option to implement set-point lockdown using rule-based logic to regulate set-points estate wide.

Estate-wide Energy Consumption & Reduction
£199,041 energy saving per month achieved.
LoweConex employed virtual battery principles and made AI-driven estate wide adjustments to reduce energy consumption and produce significant cost savings.

Intelligent HVAC Monitoring & Control
c. £1.8million energy saving per year, estate wide.
LoweConex challenged to reduce energy consumption of HVAC systems for a retailer with over 800 outlets.
Intelligent Remote Control
Utilize intelligent control to optimize HVAC system running conditions remotely, reduce energy consumption and increase equipment life span. Analyze and adjust running conditions based on store trading, operating times, seasonality or environmental factors specific to internal store zones. Each site can be customized to ensure system settings reflect building requirements or internal and external temperatures.
Centralized Remote Monitoring
Actively monitor HVAC systems across multiple sites in real time, in one centralized location.
One LoweConex Device, Multiple HVAC Units
With one LoweConex device you can control multiple HVAC systems. Offering a cost-efficient monitoring solution that significantly reduces initial CAPEX outlay and monthly reoccurring costs.

Intelligent HVAC Monitoring & Control
c. £1.8million energy saving per year, estate wide.
LoweConex challenged to reduce energy consumption of HVAC systems for a retailer with over 800 outlets.
Secure Data Storage
Collected data is fully auditable, available for install recall for 5 years and archived thereafter. Securely stored in the LoweConex cloud-based data sphere for easy access and compliance audits.
Modifiable Data Resolution
Data resolution can be modified to meet your specified temperature check processes. Collecting the data you need in line with specified processes or compliance regulations
Automatic Alarm Triage
Real-time alarms are automatically addressed via customizable alarm triage, ensuring nuisance alarms are removed. While alarm telemetry and data driven diagnostics facilitate accurate diagnosis on first occurrence.
Filtered Control
One unified data platform, a new level of control. LoweConex patented data sphere allows users to filter data to view individual stores, review active alarms or evaluate collective results.
Automatic Set-Point Standardization
Set-point changes can be automatically pushed to one asset or multiple assets instantly. Automating existing processes to deliver time, labour and operational savings.

Estate-wide Energy Consumption & Reduction
£199,041 energy saving per month achieved.
LoweConex employed virtual battery principles and made AI-driven estate wide adjustments to reduce energy consumption and produce significant cost savings.