Level Control TRIZ Cases

Proximity-based home and away detection lets connected thermostats and appliances adjust automatically, improving energy visibility without manual curtailment.

A hierarchical controller links mixed wired and wireless devices through secure VPN access, reducing installation cost while keeping automation reliable.

Waste heat from a home server is transferred through an HVAC-linked heat exchanger, while cloud load control matches heat output to thermostat demand.

An ambient light sensor and DSM module cut appliance peak-hour demand while preserving freezer temperature and utility compatibility.

A door-mounted touchscreen makes wash-cycle selection and programmable stop times easier while adding usage guidance on a closed dishwasher.

Standardized climate and building energy indices enable consistent cross-climate performance comparison without dependence on form or HVAC systems.

An auxiliary heater warms evaporator supply air during startup, cutting heat pump dryer transient delay and speeding drying.

Real-time power-rate data lets an appliance shift operating modes, cut peak demand, and save energy through smart grid feedback.

A PLC, VFD, and occupancy sensing cut constant-volume HVAC fan speed and outside air intake to save energy without losing ventilation.

Dual electromechanical cold controls switch setpoints during peak demand to cut refrigerator power use without shutting cooling off.

Real-time pricing, thermostat profiles, and HVAC mode data are combined to automate home energy use without manual curtailment.

Rare-earth oxide ceramics lower water wettability to sustain dropwise condensation without the thermal resistance and durability limits of polymer films.

Condensate collectors isolate corrosive liquid from furnace panels, enabling multi-orientation secondary heat exchangers with lower material cost.

Real-time pricing, smart appliances, and local scheduling reduce manual curtailment while helping utilities analyze demand and shift loads.

A mobile map interface links user location, site zones, and real-time pricing to automate device curtailment with less manual effort.

Mobile proximity zones let thermostats and appliances shift set-points automatically, improving energy awareness without manual curtailment.

Pre-fabricated compute, power, and air-handling modules speed data center expansion while containing fire and simplifying cooling and power delivery.

Contextual energy feedback translates cryptic device and household usage data into actionable instructions that align consumption with energy policies.

Historical energy and occupant data are combined with thermal lag modeling to cut building energy waste while maintaining comfort.

A condensate collector isolates corrosive furnace condensate from heat exchanger panels, cutting material cost while supporting flexible orientation.

Internal appliance-to-appliance communication synchronizes duty cycles and shares off-times to cut peak household energy demand.

Balances HVAC setpoints against renewable generation, stored energy, pricing, and user comfort to cut building energy costs.

A wireless home energy network links appliances, site reports, and server control actions to automate demand response without manual curtailment.