Electricity in Romania

Here’s what I keep saying to every friend and acquaintance who visits my house: you definitely need a voltage stabilizer if you live in Romania.


Around midnight last night the current started fluctuating wildly. Our UPS units were going crazy, clicking and kicking on and off, trying to contain the power fluctuations and cutoffs. After quickly shutting off all important equipment in the office, I went to see the voltage stabilizer down in the basement. It was going nuts as well trying to keep the current to our house stable, its arms moving quickly back and forth across the copper coils, barely containing the madness. I shut off all current to the house, fearing the stabilizer would burn out.

As I write this, it’s past noon (the following day) and the current still isn’t back on. Oh, it’s been back on and off sporadically, but nothing reliable to speak of. And I found out from one of our neighbors that the scrambling and bungling Electrica (that’s the power company) employees reversed the polarity on one of the phases in the neighborhood, which means they potentially burned out some people’s electrical appliances. As a matter of fact, another neighbor said his heating furnace shorted out and almost caught fire from all the electricity problems during the night.

This is part of the price one pays for living in Romania. It’s a beautiful country, but as they say, caveat emptor.

You may recall unreliable electrical power was partly to blame for a massive data loss that occurred to me a few years ago, before I replaced all wiring and fuses in the house and added the voltage stabilizer. The Drobo units I was using then simply didn’t have the capability to keep the data uncorrupted when experiencing multiple power failures within a short amount of time. They’d simply lose track of some bits, and then the corruption would spread across the drives, eating more and more data, to the point where the Drobo would cease to mount. Nowadays, Drobos come with built-in batteries that allow them to safely complete data operations and shut off in case of a power failure, and they also have some algorithms in place to ensure that data corruption is kept at bay, but it’s hard to trust a device meant to keep your data safe once it’s lost about 20% of your most treasured data, isn’t it?

Network video camera

Power consumption in data centers and online cameras

There’s an interesting article linked below that talks about the internet of things and the potential for net negative power consumption after more and more devices go online. I’m not going to get into a discussion about the significant potential for hacking these devices and the need to constantly update their firmware, because that’s a great big subject. What I want to talk about is online cameras and power consumption. The quote that got me started is this:

Hölzle acknowledges that his prediction comes with a caveat: the proliferation of online cameras—which send so much data across the network—may cause a steep rise in power consumption across the world’s data centers. “Video is the one exception,” he said on Tuesday.

via Google Says the Internet of Things’ Smarts Will Save Energy | WIRED.

Of course online cameras eat up a lot of power across data centers, even though they shouldn’t. It’s because every one of the camera makers opts for the easy setup that involves the cloud and the possibility of extra revenues in the form of monthly fees instead of offering the possibility of a straightforward home setup, where the cameras are made accessible through the owner’s firewall.

When that happens, when you can access your home cameras directly through your firewall from your laptop, tablet or phone, you cut out the cloud and the extra power consumption. It’s a little more difficult to do but it’s the right thing to do if you want to reduce power usage, particularly when a lot of firewall/router makers (such as Dlink) also make network video cameras. Surely they can streamline the process of setting them up through their own firewalls and making them available to the owners. Dynamic DNS is the one part of the equation that’s still a bit difficult but I’m of the opinion that each firewall/router maker should run their own DDNS service, just like they already run their own time servers. (DDNS is important because your IP address changes often with some ISPs, making it fairly impossible to get at your firewall simply by bookmarking your external IP address.)

There is another aspect of this that’s worth mentioning. Cloud-based setup and administration of network video cameras becomes a worthwhile proposition when these companies offer subscription-based archival of the video footage. If the cost is reasonable, where you can archive say, eight video cameras for $20-30/month and then be able to search that footage for motion, vloss and audio markers, then it’s worth getting. When a knowledgeable thief breaks into your house, if he sees you’ve got video cameras, he’ll often rip out the DVR and take it with them (if they can find it). When the video is stored in the cloud, they can’t rip anything out, you’ll still have the proof, and that’s a very good thing.