A zero-carbon future refers to a society without greenhouse gas emissions, and it requires us to radically change the way we produce, consume and act, replace fossil fuels with renewable energy, improve energy efficiency, reduce waste, and increase climate adaptation and resilience.   A zero-carbon future is not only a social obligation, but also a business opportunity and a driving force for development. A growing number of countries, cities, businesses, and other institutions are committing to net-zero emissions to tackle the challenge of climate change and build a healthier, safer, cleaner, and more resilient world for future generations.   A zero-carbon future is a beautiful vision and a feasible goal. It requires the combined efforts and participation of all of us.   In terms of low-carbon environmental protection: Individuals can contribute to the realization of carbon neutrality through green travel, environmentally friendly office, reducing energy consumption, reducing meat intake, and afforestation. For example, try to choose walking, cycling or taking public transportation instead of using private cars or airplanes; use energy-saving lamps, electronic documents and recyclable materials in the office to reduce paper and waste; use water-saving appliances and energy-saving appliances at home. Electric appliances and renewable energy, adjust room temperature and lighting, turn off unnecessary power; eat more vegetables and fruits in diet, and eat less high-carbon foods such as beef and mutton; participate in tree planting activities in free time, increase green area, and improve carbon sink capacity.   The thermostat industry is an equipment manufacturing industry involving room temperature control, mainly including thermostats, temperature sensors, temperature regulators and other products. The thermostat industry can contribute to a zero-carbon future in the following ways:   Improve product energy efficiency levels. The thermostat industry can improve the accuracy, stability and intelligence of products through technological innovation, reduce energy consumption and carbon emissions of products, and meet the needs of users for energy saving and carbon reduction. For example, develop high-efficiency electronic thermostats to replace traditional mechanical thermostats to reduce energy loss in the constant temperature process; develop intelligent temperature regulators to automatically adjust the temperature according to the environment and user habits to avoid unnecessary energy waste.  

Etop, a leading manufacturer of smart home thermostat, recently develop a new electronic knob thermostats, HT-25. Electronic dighital knob thermostat have emerged as a smart and efficient solution for regulating indoor temperatures. Unlike traditional mechanical thermostats, these modern devices combine the familiarity of a physical knob with cutting-edge electronic controls, offering users a host of advantages. One significant advantage of knob heating thermostats is their user-friendly interface. The tactile knob allows for easy manual adjustments, providing a tangible and intuitive experience. Users can simply turn the knob to set their desired temperature, eliminating the need for complex programming or digital interfaces. Another key benefit is precision in room temperature control. Electronic smart knob thermostats leverage advanced sensors and algorithms to maintain consistent temperatures, ensuring optimal comfort. The integration of electronic components enhances accuracy, preventing temperature fluctuations and promoting energy efficiency. Additionally, these thermostats often feature 7 days 4 period programmable settings, allowing users to schedule temperature changes based on their daily routines. This not only maximizes comfort but also contributes to energy savings by automatically adjusting the temperature when it's not needed.

Heating cable Electric floor heating as a comfortable heating system, in addition to heating cables, its related accessories also play a very important role, such as room thermostats. Because the thermostat can directly control the entire heating cable heating system, while using a high quality thermostat, but also improve comfort, then how to choose the thermostat?   1. For normal rooms, such as living room, bed room, select an electronic room thermostat with a rated current below 16A, which can control the working state of the system through the room temperature sensor to feel the room temperature, and then maintain an approximately constant room temperature. 2. For wet area, it is recommended to use the room thermostats with floor temperature sensor, its working principle is to control the system state according to the temperature of the surface of the room.   3. Thermostats with timing clock or a regional programming device to ensure automatic control (intelligent control). For heat storage systems, a control system with sunlight and wind indications can be used, and the amount of stored heat can be adjusted by thermostats and outdoor temperature sensors. With the rapid development of the national economy and the continuous improvement of people's living standards, people have higher requirements for the living environment, and hope that the living space can be fresh air, comfortable temperature, energy saving and environmental protection. The heating cable electric heating system is having these advantages, is a very ideal heating method, and has gradually entered thousands of households.

Nowadays, home type water heat pump system normally works without fan coil. This heat pump has summer mode (cooling) and winter mode (heating). In the heat pump control system, there is one thermo sensor connected. This sensor connected to main controller. If outside temperature more than 25-degree, system has signal pulse from the thermo sensor to switch heat pump to summer (cooling) mode. If outside temperature lower than 15-degree, system has signal pulse from the thermo sensor to switch heat pump to winter (summer) mode.  Those modes switch automatically done by heat pump control system. There is no relationship with thermostat.   However, to keep connected thermostats work in the same mode as water heat pump is extremely important and meaningful. Our thermostat system should work reversely in different mode. Winter time we should set higher degree of the room to make the room hotter. Summer time we should set the degree lower to make the room cooler.  Therefore, in the thermostat, there should be CO input contact. This contact is “Normally Open Contact”, dry contact. When the 230/24V signal pulse comes from the heat pump, base unit will switch to summer mode (cooling), and send this 230V/24V signal pulse to connected thermostats. When all thermostats get this 230V/24V signal pulse from wiring cetnre, all room thermostats will switch to the summer mode (cooling). If the room temperature higher than thermostat value, thermostat let the actuator open and let the cool water inside into room pipe system.   If there is no signal from heat pump to CO contact at wired 8 zone wiring centre, thermostats should work in winter mode (heating). At that time, if room temperature colder than thermostat value, digital programmable thermostats should let the valve open and let the hot water inside into room pipe system.     Xiamen E-Top Controls as professional ODM thermostat suppliers, we provide both 8 zones wired wiring centre and digital smart WiFi thermostats.   For detail information, please contact with us from info@etopcontrols.com