The factory's hot water project needs to address the following issues:
1. Water supply for factory employees' dormitories or production needs, ensuring both water volume and temperature are met;
2. Taking into account water usage requirements, water quality standards, and water usage time;
3. Meeting the actual needs of the factory, ensuring ease of use and energy-saving effects;
4. Minimizing installation costs, usage costs, and maintenance costs.
5. Air source water heating projects take into account factors such as environmental protection and safety.
Basic parameters required for the design of the factory's hot water engineering scheme:
1. Which areas require hot water, and what are the specific requirements? How many dormitories are there, and how many employees live in each one? Is hot water used in production? What is the water consumption and required water temperature?
2. Should water be supplied uniformly or separately, and should it be supplied at fixed times or metered?
3. Water usage methods for employees: bucket carrying method (20-30Kg per person per day), shower method (40-60Kg per person per day)
4. Number of floors in the dormitory. Where is the hot water pipe connected? To the shower room? Balcony? Corridor? Please provide a piping diagram.
5. How to manage: scheduled (time-based) water supply? Fixed quantity water supply (install water meter or IC card water meter)
6. Is there a possibility of heat recovery (air compressor, generator, injection molding machine, steam exhaust, etc.)?
7. Equipment installation site (length, width, orientation, and surrounding building conditions), please provide a diagram
Manufacturer's assistant: With the provided parameters, we can roughly design a suitable hot water engineering solution for you. That is, (choosing solar energy, air source heat pump, or solar energy + air energy, or solar energy + other auxiliary heat sources), etc., to ensure the normal supply of hot water in a suitable manner.