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A visit to contemporary pig barns, poultry houses, or large greenhouses reveals the challenging nature of the interior climates of such buildings. It can often be hot, humid, and full of dust and air-borne ammonia. The air movement impact goes beyond comfort, and is essential to the health and growth of the animals or plants. Adequate ventilation is essential for moisture removal, oxygen and refreshment gas removal. For decades, farmers have relied on the same AC fan technology to do this job. Agricultural users have now discovered the advantages of EC fan technology for agricultural ventilation as a way to improve working conditions and reduce energy costs.
Transitioning to EC Technology in Agriculture
Consider what occurs in a livestock barn on a summer day. The animals create a huge amount of heat and moisture. Without constant air exchange, the heat and humidity will make the barn an extremely uncomfortable workspace. From a livestock production standpoint, uncomfortable livestock will slow growth, increase the chances of disease, or even increase mortality. From a horticulture standpoint, a greenhouse with stagnant air will promote mold growth and deprive the plants of necessary CO2 that is vital for photosynthesis. Poor air exchange will cause a whole host of other problems. Relative to the barn or greenhouse, good ventilation can be the difference between a successful and failing business.
EC fans allow farmers to control the amount of air that is being blown in the barn at all times because of the precise builds of the EC fans. Depending on the EC fan's construction, and the barn's needs, air can be pulled in at different rates and different times, allowing for full flexibility to manage the airflow. Advantages of EC motors in fans allow for less energy to be consumed while achieving the necessary airflow in the barn. Cooling in the barn can be achieved swiftly and at low levels of energy. If the fans are left off for the day and the temp is at a decent level, the fan can be left on a low setting and can be increased to maximum during the day to allow for maximum cooling. EC fans essentially take full control to the farmers allowing for maximum flexibility based on customer needs.
Important Benefits That Affect Your Bottom Line
Energy savings is the most simple benefit. Across the entire speed range, EC motors have incredible efficiency. While an AC fan motor becomes less efficient as you slow it down, an EC motor is efficient from zero to maximum speed. EC fans can reduce your ventilation energy consumption by thirty percent or greater compared to conventional AC solutions. On a large scale farm where fans are operating twenty four hours a day, it can translate to a huge amount of money over the course of a year. With decades of experience in fan and motor technology, EC systems of Fanova are engineered for reliability and efficiency in agriculture and other demanding sectors.
Even more than saving energy, think about the good you are doing for the environment and the less stressed animals. With precise, variable speed control, you can eliminate both the large draft and the large temperature swings that occur when an aggressive fan turns on. Gentle draft levels can be kept comfortable for the animals and do not create drafts that are too harsh. Stressed animals can become sick, which is a direct cost to a farmer, but animals that are less stressed are healthier, grow better, and convert feed to gain more efficiently. This same type control is very beneficial for optimizing the environment for each stage of growth in plants in greenhouses, leading to better control of the growth and disease reducing conditions for photosynthesis.
It is not a good place to be working, not even to be present at. Farms are full of dust, moisture, toxic gases, and extreme temperatures. The venting fans are made to withstand this environment. High-quality EC fan systems from specialized manufacturers take this into consideration, and are constructed with this thick, sealed dust and moisture protection to the motor and electronics. These fans operate with less moving parts and dust clogging smarter electronics to avoid overheating. The best part is, once you set your automated farm systems, you will not have to do anything. The EC fans work with modern automated farm systems because of electronic speed controls. You control the temperature, humidity, and even ammonia levels. They can also be connected to your controller to maintain ecosystem conditions by adjusting the controlled temperature. It even provides a benefit that is easy to overlook: silence.
EC motors differ from traditional AC motors in that they operate much more quietly, especially at low speeds. While operating, the motors are much quieter when compared to their AC counterparts. This means that the motors can be less stressful to the livestock in the building who can be disturbed by loud noises. The employees who work in the building also enjoy the quieter work environment as it increases comfort and the overall safety of the work environment.
Doing it Practically: Considerations for Implementation and Upkeep
How do you get to the implementation of EC motors in the workplace? With the different EC motors available in the market, it is advisable to choose one that is versatile to your agricultural ventilation. Think of your layout design, livestock or plants in the building, and the climate of your workplace. If it is your first time to do this, it is advisable to collaborate with an agricultural commercial enterprise, as they would have an understanding on the best fit of your ventilation system with respect to the variables of your agricultural enterprise. For instance, the engineering team at Fanova, in addition to its precise matching and devising of bespoke ventilation systems, is able to offer the best ventilation system to you, as this is one of the key features of the firm. The systems are provided with physical testing and data to aid in the performance of the ventilation system once set in place in your agricultural enterprise. This takes the guesswork out of it and ensures you get the best possible result.
With the installation of your EC fans, a little maintenance will go a long way. Cleaning the blades regularly will remove any dirt and dust build up which can cause the impeller to become unbalanced, therefore affecting the impeller's efficiency. Additionally, you should check all connections and listen for any unusual sounds coming from the bearings. The great thing about EC motors is that they often have built-in intelligence which provide alerts for problems such as motors drawing excessive current which is an indication of a dirty fan or failing bearings. Built-in diagnostics help in identifying these problems early before they develop into more costly issues.
Proof of the pudding describes the process of turning all or part of the product into the end result to test the overall value. It is also described as the end result or final product as the outcome of the process. The specialized EC systems are readily available at reasonable prices, and the payout period is very short because the efficiency and performance of the EC systems are high and the operational costs and maintenance are low. As technology improves, a total systems approach through EC technology is being adopted to attain the level of control that is required. EC systems far exceed the performance and efficiency of traditional systems. EC technology for commercial agriculture is here to stay.
If you want to improve conditions on your farm, reduce your energy costs, and provide your livestock or plants with the best conditions possible, you need to look into EC fan systems. These fans provide a new, innovative way to solve an old problem. Speak to a qualified manufacturer, and research how an ec fan for agricultural ventilation can provide improvements to your farm. Your livestock will appreciate it, and so will your profits.