Harmony Hybrid

11 At a time when energy costs are weighing heavily on household budgets and individual energy sources can sometimes experience sudden spikes, our system offers a truly innovative solution. Thanks to the intelligence of Hi, Comfort T300-Hy, the user can select the "economic-optimization" profile, which calculates the most cost-effective mix of energy sources, offering the desired comfort with optimized consumption. HOW IT WORKS It's simple! Just enter the cost of gas (€/Smc) and electricity (€/kWh*) and a few other details via the App or directly from the thermostat , and our algorithm will analyze the data and automatically select the energy source mix that offers the greatest savings for the user, without compromising comfort. WHAT ARE THE BENEFITS The system operates with maximum respect for the environment, within the limits of its technology, while offering energy savings compared to a single generator system. HOW IT WORKS Simply enter a few data via the App or thermostat, including the CO 2 emission factor of the electricity [gCO 2 /kWh] and the CO 2 emission factor of the gas (tonCO 2 /TJ) , and the algorithm calculates the most environmentally responsible energy mix with the lowest CO 2 emissions, without compromising on comfort. For those who want a distinctly sustainable approach, regardless of the cost of energy sources , our system allows you to choose ecological optimization. ECONOMIC OPTIMIZATION ECOLOGICAL OPTIMIZATION Total cost Boiler cost Heat pump cost 45°C 65°C ENERGY COST (€/KWH) HEAT PUMP BOILER HEAT PUMP SETPOINT (°C) This snapshot, based on a specific system setpoint and represented in an operating range at different heat pump flow temperatures, shows the estimated total operating cost, determined by the sum of the cost curves of the two generators. The optimal setpoint of the heat pump is identified by the algorithm at the point of minimum cost, taking into account the efficiency and operating limits of both generators, as well as the heat demand of the system. EMISSIONS (GCO 2 /KWH) Total emissions Boiler emissions Heat pump emissions HEAT PUMP SETPOINT (°C) HEAT PUMP BOILER This snapshot, based on a specific plant setpoint and represented in an operating range at different heat pump flow temperatures, shows the estimated CO 2 emissions, determined by the sum of the emission curves of the two generators. The optimal setpoint of the heat pump is identified by the algorithm at the point of minimum emissions, taking into account the efficiency and operating limits of both generators, as well as the heat demand of the system. 45°C 65°C WHAT ARE THE BENEFITS In addition to the potential economic benefit, visible on your bills, the system also works with an eye on the environment , integrating the electrical source into heating generation and optimizing energy consumption. *based on your energy supply conditions or through the national averages proposed by the System.