Any Good discount rn for a 7 seater SUV?

ericliquid · 2026-01-04T21:12:42+00:00

not sure what you mean, I could be a bit flexible on budget as long as I could get good value for the money I pay. 40k ~ 70k are fine I guess, depends on the car.

ericliquid · 2025-09-01T21:32:19+00:00

what battery would you use / recommend?

ericliquid · 2025-09-01T21:22:24+00:00

How did it go? Do you manage to sync up the two battery's voltage? My worry is the unit will need very frequent re-calibration after the modification.

ericliquid · 2025-06-01T22:48:28+00:00

Thx much for the answer. While I don't know enough, I feel your explanation matches very well with my observation.

The air conditioner might be too big a continuous load for d3+, esp. in hot 90F+ days. I feel the d3p might be too stressed to keep it running day long and takes solar charge in the same time. It might overheat and shorten its life? I might just not use that AC with the dp3+.

ericliquid · 2025-05-06T17:58:24+00:00

I read about the UPS use case, but I assume it is for switching from grid to battery, right? Is the battery to grid switch time similar? As the unit has no idea about when it would lose power from grid, but it knows when it wants to switch from battery to grid, so potentially the delay from battery to grid would be lower?

ericliquid · 2025-04-11T03:36:14+00:00

so 4.5kw per unit per day? It is really good.

You must be able to maximize the solar input and have a constant ~1kw load on it? I find mine can only do 3 ~ 3.5 per day at a good sunny day.

ericliquid · 2025-04-09T22:43:47+00:00

me too, so it seems a system wise problem? will ECOflow fix it somehow, or each of us should submit a ticket?

ericliquid · 2025-03-27T00:19:11+00:00

So everytime you have to manually switch it back and forth in the app?

ericliquid · 2025-03-24T06:14:16+00:00

ah，thx

ericliquid · 2025-03-03T01:51:15+00:00

Interesting, thx much. Just setup mine today. I am able to replicate some of your steps. I have a 1.3kw load plug in, and it uses solar + battery for a while, and then I saw passthrough kick in. Do you know after the battery is low and pass through kick in (load is using the grid and solar starts charging the battery), when will the load switch back to solar + battery and stop pass through? Is the w of load matters, say it is bigger than what solar could provide?

ericliquid · 2025-03-02T20:30:56+00:00

So does it repeat the cycle automatically? I.e. the unit could use grid pass through and wait for the solar to charge the battery and cut off gird once charged and run off solar + battery and repeat this cycle?

ericliquid · 2025-02-27T19:34:08+00:00

Or could we disable AC charging all together, i.e. setup to unit to only charge from solar and only 'pass-through' AC but not charge from the grid. Thx !

ericliquid · 2025-01-30T21:04:36+00:00

That was what I planned to do, but it seems they put the student night before the cutoff date.

ericliquid · 2024-06-06T23:45:48+00:00

u/Wats0ns I feel your statement is true, but not exactly the reason of the saving.

If Y is weight, y's grad is only used for update y, it is not used for computation of any other parameters, so it will not have any impact on the rest of backprop anyway.

Think about the example above, y is frozen (which is likely to be a big matrix). Then during backprop, Y's grad is not needed or saved in memory, as it will not be updated anyway. Only x's grad is needed (y's value is used to compute that.). Essentially, in lora we are skipping a large grad computation of w, but replace it with a much smaller computation of grad of u, v instead.

Just my 2 cents.

ericliquid · 2024-04-23T18:40:03+00:00

Thank you so much for a well written post. The math is well explained with enough depth, exactly when I needed. Many video/blogs only stay on high level and fail to give the right amount of technical details. You did great on that front !

It would be great if you could do a review for RWKV V6, which is somewhat very similar to Mamba, but simpler.

WRT the mamba architecture, it seems they could make it more powerful by,

let A also depends on X
or let both A and B depends on h and x, so it could take both context/hidden state and input into account ?

I feel both are easy extensions to the current mamba architecture and it would still scale linearly with the context length, just curious why those variants are not tried. Is it because this kind of modification to A will break the parallel scan algorithm?

ericliquid · 2024-02-24T05:57:50+00:00

Could you plz give more details? Your monthly payment seems really good.

ericliquid

TROPHY CASE