Energy usage?

Jul 5, 2017
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Worst case read the maximum power consumption for each piece of hardware and add it up.

Best case use a power (energy monitor) and plug everything up exactly as it’s intended to operate in for both day & night modes.

You’ll quickly see the low / high wattage consumption and the KWH used.

If your needs become more demanding you’ll quickly transition from energy monitoring to energy management! :thumb:

Hence it’s important to do your research on equipment that balance energy vs performance for the long haul.
 
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My cameras are using ~3-5w during the day and ~5-7w at night . With the exception of my LPR camera using 12w day and 18w at night.

Your design for 8 Cameras would probably be ~40w at night, plus the Blue Iris server running & switch wattage. I'd guess ~70w all up.
 
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I would be good with 30 watts, but 70 watts not as thrilled with. I live in California and electricity is expensive. Any ideas on designing a system with lower energy usage?
 
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I would be good with 30 watts, but 70 watts not as thrilled with. I live in California and electricity is expensive. Any ideas on deigning a system with lower energy usage?

A target of 30 watts for eight cameras and BI Server is near impossible! :rolleyes:
 
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Is it possible to use the cloud instead of a BI server to reduce energy use?

I don’t know if you’re joking or being serious.

So will give you the benefit of the doubt that’s a serious question being posed. As such here are some considerations with respect to local first vs cloud first.

Bandwidth: Your infrastructure must be able to support the bandwidth that’s required to send / receive the video data.

Meaning your infrastructure was designed from the ground up including the ISP connection to sustain this.

Storage: You’ll need to sit down and accept the price for data storage is going to be expensive. That your needs as it relates to data retention directly impacts the cost you’ll pay a year.

Which unlike a fixed system will never go up because you already paid for the hardware / storage.

Security: Your data is literally accessible by anyone in the company that you choose to have service with.

There are countless examples of people seeing a random persons feed. Accessing a complete strangers account just out of the blue?!?

Price: You’ll need to put pen to paper to see if all of this pencils out as it relates to a one time hardware investment & energy consumption vs cloud hosted.

But, you can guarantee dollars to donuts unless you’re on a contract the price will go up!

There are dozens of other reasons why going cloud first vs local first is a terrible idea! :facepalm:

Nobody remotely serious uses the cloud to run and store video security. They do use the cloud as another layer of backup and redundancy to store archive data!

That makes perfect sense because god forbid your house burned down to the ground or had a home invasion.

Nobody is going to be able to take / erase the data without your permission and consent.
 
Thanks very much for the information.

What if I was to just use the cameras for observation and don't need storage. Would I still need the BI server?

How much recording time does the onboard SD card provide, very little I presume?
 
Thanks very much for the information.

What if I was to just use the cameras for observation and don't need storage. Would I still need the BI server?

How much recording time does the onboard SD card provide, very little I presume?
You might want to consider an NVR instead.

I have an Eaton battery backup for my BI server, switch (POE to 9 cameras and a wifi extender), plus my router and cable modem. it floats between 105 and 115 watts.
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My POE switch shows power usage by port. Not all cams are powered through the switch...

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Even at the worst California power rates, your bill would not be tremendously impacted by 80-100 watts-- roughly $20 to $25 per month.