Dynamic Load Harmonisation

THE PROBLEM  

Refrigeration is Expensive In the food sector 50-60% of energy costs relate to refrigeration. Optimisation is an after thought.  

Refrigeration and cooling technology is based on mechanical optimisation and has not responded to the impact  of skyrocketing costs. Some sectors are technologically stale. Vendors provide refrigeration with maintenance support. There is a lack of innovation in technologies that could save money. 

Most large-scale cooling and HVAC systems in institutional environments operate on static control. They are programmed to meet "worst-case" peak loads, leading to:  

❖ Energy Waste: systems "hunt" (cycling on/off) unnecessarily during low-load periods 

❖ Mechanical Stress: frequent start-stop cycles shorten lifespan of expensive compressors and motors 

❖ Lagging Response: traditional systems react to temperature rises only after they occur 

THE SOLUTION – Dynamic Load Harmonization (DLH): Energy Optimisation through AI  DLH shifts your infrastructure from Reactive to Proactive management. Our software layer acts as a "24/7  Digital Engineer" that sits on top of your existing Building Management System (BMS).  

❖ Predictive Modelling: The AI maps dozens of variables including external ambient weather, internal thermal mass, and suction pressures to anticipate load requirements 

❖ Stabilised Operation: By making micro adjustments to setpoints, the AI prevents "energy spikes," resulting in a smoother, more efficient cooling /heating curve Subscribe  

❖ Asset Protection: Smoothing the operation reduces mechanical vibration and heat stress, extending the MTBF (Mean Time Between Failure) for core assets