Features of light catching

Yes...it is worth taking an LED ultraviolet lamp like Camelion

Good afternoon, in the coming season there is an opportunity to purchase a portable power source for fishing instead of a generator, in other words, an accumulator with a large capacity and a 220V converter immediately built into the case. So the question arose whether its power would be enough to power the DRV-160 watts for at least three hours. It's just that the epic with generators has me pretty fucked up. The issue of delivery to the point where everything is resolved. The only question is the battery capacity. Maybe someone has experience using such UPS.

You are preparing for the past war.

You are preparing for the past war.

That is, you don't know, but you can't keep silent either. Clear.

A modern trapper needs this knowledge in much the same way as he needs to know about gas lamps.

The only thing I can definitely say is that with your scheme, at least half of the stored energy will go to the whistle.

A modern trapper needs this knowledge in much the same way as he needs to know about gas lamps.

The only thing I can definitely say is that with your scheme, at least half of the stored energy will go to the whistle.

A car battery for 60 A/h charged before going out into the forest, through an inverter, the DRV-160 lamp feeds an hour, the capacity of modern UPS is two to three times higher, plus the inverter is built in there, since there are a lot of connectors on the front panel (12V, usb, 220v), so in theory such a device should pull 3 an hour (which is exactly what I need). But I would like to hear from people about full-scale tests, and not about the analogy about gas lamps. What was 10-20-30 years ago is not the same as what it is now. Previously, the charger for the car battery was on the table, the size of the battery itself, and now the box fits in your pocket.

Well, if you want to carry this three times larger container on your hump in order to shine not one hour, but as many as three (when you need at least 6 in a good way), then the owner is a gentleman.

This is a very correct remark and a very wrong conclusion. It was precisely the energy-inefficient DRV that should have been abandoned 10-20-30 years ago. Progress in light sources has since gone much further than progress in batteries.

Well, if you want to carry this three times larger container on your hump in order to shine not one hour, but as many as three (when you need at least 6 in a good way), then the owner is a gentleman.

This is a very correct remark and a very wrong conclusion. It was precisely the energy-inefficient DRV that should have been abandoned 10-20-30 years ago. Progress in light sources has since gone much further than progress in batteries.

Thank you for your "valuable" opinion. Believe me, a 90-Amp-hour lithium-ion battery weighs less than a 900-watt generator. So it is not very difficult to carry, especially when this distance is 500-900m and you can use a cart. But the quality of sitting at the screen is incomparably better, if only because there is no engine hum.
About energy efficiency, I need DRV not for lighting cottages, where you can and should use modern diode spotlights or energy-saving devices, but for catching butterflies.
And one last thing, that's about what I'm talking about, in case you don't know.

Pictures:

_________.jpg — (169.13к)

No one disputes the fact that a lithium-ion battery is lighter than a generator. Just feed the DRV from it through an inverter if there are much better alternatives - the game is full. You can also try Yablochkov's candle

I, of course, understand that religious dogmas are very tenacious, but note that less blinded visitors to this topic have long been using energy-efficient light sources (including UV) not only for lighting cottages, but also for catching butterflies. And they praise you.

The message was edited INO-02.02.2024 00: 11

On the signature to the presented battery is written some kind of game for W hours. It looks like 300 watts per hour. Modern batteries with a built-in 220V inverter have an approximate weight-power - 800W ratio.hour - 10 kg. But there are decent conversion losses. According to experience, 600 W hour DRL-250 station pulls 1.5 hours. DRV most likely with less losses will be, most likely, 800 W hour battery butet pull 160 W somewhere 4 hours. In principle, fishing is enough, but not until the morning For one night is quite suitable. The cost of a normal battery for such power will be around 50 tr. If you use it on a long hike, you still need a solar panel of at least 100 W (although it is most likely not enough to fully charge, only if the sun is bright all day) and the weight of such a panel will be about 4 kg. And the cost is around 10 tr. If the day is cloudy or rainy, then charging will go very weak, 20-30 percent of this battery per light day in summer. Something like this

This post was edited on sdi-02.02.2024 05: 08

On the signature to the presented battery is written some kind of game for W hours. It looks like 300 watts per hour. Modern batteries with a built-in 220V inverter have an approximate weight-power - 800W ratio.hour - 10 kg. But there are decent conversion losses. According to experience, 600 W hour DRL-250 station pulls 1.5 hours. DRV most likely with less losses will be, most likely, 800 W hour battery butet pull 160 W somewhere 4 hours. In principle, fishing is enough, but not until the morning For one night is quite suitable. The cost of a normal battery for such power will be around 50 tr. If you use it on a long hike, you still need a solar panel of at least 100 W (although it is most likely not enough to fully charge, only if the sun is bright all day) and the weight of such a panel will be about 4 kg. And the cost is around 10 tr. If the day is cloudy or rainy, then charging will go very weak, 20-30 percent of this battery per light day in summer. Something like this

Thanks! This is a much more interesting answer than the streams of consciousness in the speaker above. The fact is that the use of the device does not imply any expeditions. For work, I go on business trips in which you can catch light from a stationary outlet at night, but there are a couple of points that are not well located 1-I am a hotel in Alpatievo at the crossing, the second is near Noginsk. So you have to drag the generator on a cart in order to shine it (all the main junk is delivered by an official car that then leaves) since the organization can buy a generator/ or battery I want to buy the second one first. I'm not going to sit here until morning, just sit for a couple of hours, drink beer and fish, that's all. I reeled in my gear and went to the hotel.

Thanks! This is a much more interesting answer than the streams of consciousness in the speaker above. The fact is that the use of the device does not imply any expeditions. For work, I go on business trips in which you can catch light from a stationary outlet at night, but there are a couple of points that are not well located 1-I am a hotel in Alpatievo at the crossing, the second is near Noginsk. So you have to drag the generator on a cart in order to shine it (all the main junk is delivered by an official car that then leaves) since the organization can buy a generator/ or battery I want to buy the second one first. I'm not going to sit here until morning, just sit for a couple of hours, drink beer and fish, that's all. I reeled in my gear and went to the hotel.

in Alpatievo, the hotel has its own lighting at night, so why else would you hang an extra lamp there-it's not clear

in Alpatievo, the hotel at night has its own lighting is not weak, so why else would you hang an extra lamp there - it's not clear

This is a landmark, a hotel at the crossing, and I light a candle outside the village.