If you are watching the server room temperature, then do a good job. You can recognize the temperature monitoring. If you are not, this post is for you.
I'm confident that servers and network devices generate a lot of heat, especially when they are locked in dozens or hundreds of other devices. I'm also confident that you know what heat sources you can do for your equipment, which is the backbone of communication and productivity. Reduced service life, failure, replacement and inevitable shutdowns and loss of productivity, resulting in revenue loss.
You may already have a dedicated AC unit for the server room, which is a step in the direction, but if you are on the fence, whether or not there is a need for a temperature monitoring system. There are some benefits to the temperature of the observation you do not know.
5 Benefits of monitoring the temperature of server spaces
1.) Preventing downtime when endangering servers and network devices
Good temperature monitoring sensors and software allow configuring the alarms to predefined conditions and emailing or keyfiguring key personnel when and when the temperature reaches this point. This ensures that if something happens as if an AC unit stops, or heavy IT loads have increased the room temperature, you or someone has told them the steps. Temperature is one of the main causes of hardware replacement, and in most cases this is most likely to be prevented.
2.) Providing effective airflow intake and exhaust
Positioning of temperature sensors on the front side and rear of the server racks allows you to measure the temperature of the air coming from and out of your server. It is important to know that the cold air stream does not mix with the hot air circulating in the room, but ensures that the hot air exhaust gas is within the range of the servers. Additional air flow sensors can monitor airflow within the server racks and alert you when it stops.
3.) Fine-tuning the alternating current to reduce power consumption and increase energy efficiency
If you are actively monitoring the room temperature in the server room, you begin to look at trends and baseline values. If we look at these data, we need to be able to see if the ac unit can keep up with the load and if there is cost savings. Room temperature should be set much lower than it is actually needed to compensate for not exactly knowing how much it needs. If your server space is around 64 degrees and there is always a chance to optimize because too many can be cooled.
Using this temperature data, you can calculate and optimize the server room temperature by gradually increasing the temperature. find the sweet spot for better energy efficiency. One or two stages can cause a big difference in costs when considering the running time of 24/7/365 for AC units. The try sign will be around 75º and the relative humidity is 45-50%, which is still below the 80ºF recommended by ASHRAE.
Make sure you anticipate and approach the differences to make it clear and you do not want to make these changes too fast. When optimizing, the temperature monitoring software must be able to show a slight increase in temperature while optimizing cooling, but it must also show a new maintained basic level.
4.) Server planning and scaling.
Using temperature data collected from temperature sensors, you need to understand the cooling load of the current layout and the flow of air flow. You can now use these insights to help design the burden of adding new equipment and the right layout for the best airflow.
Taking into account the power consumption of the AC unit, the current server configuration can determine what needs to be added to adding room chunks and devices to calculate room cooling.
You can use the forms below to calculate the running costs of a network unit and to cool the server room to cool the server room for the full cost of the year. From here you can also use them to measure up and determine the costs if you need more cooling.
Last but not least. Monitoring the server's room temperature and ensuring it remains within the appropriate temperature range prevents further wear and tear of the equipment, which means replacements are replaced instead of failures and failures for exchange and innovation reasons. Both are prone to occur at the most unsuitable times, and there are more problems, such as downtime, job recruitment, and potential workplace shortcomings for employees or clients relying on these tools to be productive