The transition from fossil fuel boilers to low-carbon heat pumps often presents homeowners with a frustrating ultimatum: pay thousands extra to rip out existing radiators and microbore pipework, or accept an inefficient system. The Adia Heat Pump Control System directly solves this dilemma. Acting as a smart "autopilot" for heat pumps, Adia balances precision hardware with machine learning software to optimize heat distribution across retrofitted properties.

The Adia Central Hub: A pre-plumbed interface installed between the heat pump, hot water cylinder, and wet heating system. It manages flow temperatures dynamically via Modbus connections without requiring additional buffer tanks or low-loss headers.

Flow Balancing Valves (FBVs): Automated radiator valves that measure water flow and regulate delivery dynamically according to real-time room demand. Smart Room Sensors: Wireless nodes monitoring room-by-room temperature, humidity, and heat loss profiles.

Drastic Cost & Disruption Reductions: Traditional heat pump conversions frequently require replacing undersized radiators and upgrading pipework. Adia auto-balances water distribution to existing radiators, cutting installation times down to 1–2 days and significantly dropping upfront labor and material costs.

Dynamic Tariff Optimization: Adia tracks flexible time-of-use energy tariffs, systematically shifting heating activity and pre-heating rooms when electricity prices drop. Targeted Room-by-Room Comfort: Instead of treating the home as a single zone, Adia adjusts heating dynamically to room occupancy, solar gain, Data-Driven Diagnostic Upgrades: By mapping heat-loss profiles over time, the system pinpoints the exact room—or single radiator—that underperforms, eliminating guesswork if future thermal upgrades are needed. By bridging the gap between legacy plumbing infrastructure and modern heat pump technology, Adia delivers maximum heating efficiency at a fraction of standard retrofit costs.