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I'm interested in building a power wall for home use. Typically you see lithium-ion batteries up to 14s for use in ebikes and all kinds of low-voltage DC applications. For home use you want 220V AC (or 110V AC for Americans).\n
\n
An inverter would waste a lot of energy going from 12V to 220V at high wattages. The lower the voltage, the more amps are drawn and thus more energy becomes waste heat. You also need thick wires to not have them become fire hazards. The battery also gets strained when drawing high amps from them.\n
\n
Would it be sensible to build a 60S battery? Transformation losses from 240VDC-> 220VAC should be quite minimal. You can put enough solar panels in series to make charging this battery sensible as well.\n
\n
Of course there are obvious safety hazards with high voltages but there should be advantages as well, lower strain on battery cells and minimal DC->AC losses.
"""
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I'm interested in building a power wall for home use. Typically you see lithium-ion batteries up to 14s for use in ebikes and all kinds of low-voltage DC applications. For home use you want 220V AC (or 110V AC for Americans).\n
\n
An inverter would waste a lot of energy going from 12V to 220V at high wattages. The lower the voltage, the more amps are drawn and thus more energy becomes waste heat. You also need thick wires to not have them become fire hazards. The battery also gets strained when drawing high amps from them.\n
\n
Would it be sensible to build a 60S battery? Transformation losses from 240VDC-> 220VAC should be quite minimal. You can put enough solar panels in series to make charging this battery sensible as well.\n
\n
Of course there are obvious safety hazards with high voltages but there should be advantages as well, lower strain on battery cells and minimal DC->AC losses.
"""
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I'm interested in building a power wall for home use. Typically you see lithium-ion batteries up to 14s for use in ebikes and all kinds of low-voltage DC applications. For home use you want 220V AC (or 110V AC for Americans).\n
\n
An inverter would waste a lot of energy going from 12V to 220V at high wattages. The lower the voltage, the more amps are drawn and thus more energy becomes waste heat. You also need thick wires to not have them become fire hazards. The battery also gets strained when drawing high amps from them.\n
\n
Would it be sensible to build a 60S battery? Transformation losses from 240VDC-> 220VAC should be quite minimal. You can put enough solar panels in series to make charging this battery sensible as well.\n
\n
Of course there are obvious safety hazards with high voltages but there should be advantages as well, lower strain on battery cells and minimal DC->AC losses.
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App\Entity\EntryComment {#1697
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I'm interested in building a power wall for home use. Typically you see lithium-ion batteries up to 14s for use in ebikes and all kinds of low-voltage DC applications. For home use you want 220V AC (or 110V AC for Americans).\n
\n
An inverter would waste a lot of energy going from 12V to 220V at high wattages. The lower the voltage, the more amps are drawn and thus more energy becomes waste heat. You also need thick wires to not have them become fire hazards. The battery also gets strained when drawing high amps from them.\n
\n
Would it be sensible to build a 60S battery? Transformation losses from 240VDC-> 220VAC should be quite minimal. You can put enough solar panels in series to make charging this battery sensible as well.\n
\n
Of course there are obvious safety hazards with high voltages but there should be advantages as well, lower strain on battery cells and minimal DC->AC losses.
"""
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Show voter details
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6 |
DENIED
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moderate
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App\Entity\EntryComment {#1697
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I'm interested in building a power wall for home use. Typically you see lithium-ion batteries up to 14s for use in ebikes and all kinds of low-voltage DC applications. For home use you want 220V AC (or 110V AC for Americans).\n
\n
An inverter would waste a lot of energy going from 12V to 220V at high wattages. The lower the voltage, the more amps are drawn and thus more energy becomes waste heat. You also need thick wires to not have them become fire hazards. The battery also gets strained when drawing high amps from them.\n
\n
Would it be sensible to build a 60S battery? Transformation losses from 240VDC-> 220VAC should be quite minimal. You can put enough solar panels in series to make charging this battery sensible as well.\n
\n
Of course there are obvious safety hazards with high voltages but there should be advantages as well, lower strain on battery cells and minimal DC->AC losses.
"""
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11 |
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I’m currently working on a more complex project that uses double sided assembly (and a weird USB-C connector). To practice these things a little, I ordered some low cost boards to get used to that connector and explore double sided reflow (which seems easier than I expected).\n
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I’m currently working on a more complex project that uses double sided assembly (and a weird USB-C connector). To practice these things a little, I ordered some low cost boards to get used to that connector and explore double sided reflow (which seems easier than I expected).\n
\n
For those who are interested, this is a reference design from framework computer for their expansion card system. It can be programmed with circuitpython or Arduino and utilises a SAMD21 microcontroller.
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+body: "Love the idea of using a USB C connector on a double sided board so you can use it with either side up."
+lang: "en"
+isAdult: false
+favouriteCount: 1
+score: 0
+lastActive: DateTime @1686896013 {#1571
date: 2023-06-16 08:13:33.0 +02:00
}
+ip: null
+tags: null
+mentions: [
"@tbe@lemmy.world"
]
+children: Doctrine\ORM\PersistentCollection {#1549 …}
+nested: Doctrine\ORM\PersistentCollection {#1561 …}
+votes: Doctrine\ORM\PersistentCollection {#1567 …}
+reports: Doctrine\ORM\PersistentCollection {#1559 …}
+favourites: Doctrine\ORM\PersistentCollection {#1564 …}
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-id: 251
-bodyTs: "'board':14 'c':8 'connector':9 'doubl':12 'either':21 'idea':3 'love':1 'side':13,22 'usb':7 'use':5,18"
+ranking: 0
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+visibility: "visible "
+apId: "https://lemmy.world/comment/242749"
+editedAt: null
+createdAt: DateTimeImmutable @1686896013 {#1528
date: 2023-06-16 08:13:33.0 +02:00
}
+"title": 251
} |
|
Show voter details
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14 |
DENIED
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moderate
|
App\Entity\EntryComment {#1527
+user: App\Entity\User {#265 …}
+entry: Proxies\__CG__\App\Entity\Entry {#1526
+user: Proxies\__CG__\App\Entity\User {#1715 …}
+magazine: Proxies\__CG__\App\Entity\Magazine {#1579 …}
+image: Proxies\__CG__\App\Entity\Image {#1618 …}
+domain: Proxies\__CG__\App\Entity\Domain {#2372 …}
+slug: "The-first-double-sided-board-I-made-at-home"
+title: "The first double sided board I made at home :)"
+url: "https://lemmy.world/pictrs/image/5825386f-e9f4-4f25-8899-6bedf91e64a8.jpeg"
+body: """
I’m currently working on a more complex project that uses double sided assembly (and a weird USB-C connector). To practice these things a little, I ordered some low cost boards to get used to that connector and explore double sided reflow (which seems easier than I expected).\n
\n
For those who are interested, this is a reference design from framework computer for their expansion card system. It can be programmed with circuitpython or Arduino and utilises a SAMD21 microcontroller.
"""
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+hasEmbed: true
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date: 2023-06-18 10:55:58.0 +02:00
}
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+comments: Doctrine\ORM\PersistentCollection {#2361 …}
+votes: Doctrine\ORM\PersistentCollection {#1683 …}
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+favourites: Doctrine\ORM\PersistentCollection {#1907 …}
+notifications: Doctrine\ORM\PersistentCollection {#1708 …}
+badges: Doctrine\ORM\PersistentCollection {#1381 …}
+children: [
App\Entity\EntryComment {#1527}
]
-id: 48
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+cross: false
+upVotes: 0
+downVotes: 0
+ranking: 1686909405
+visibility: "visible "
+apId: "https://lemmy.world/post/152006"
+editedAt: null
+createdAt: DateTimeImmutable @1686823005 {#1714
date: 2023-06-15 11:56:45.0 +02:00
}
+__isInitialized__: true
…2
}
+magazine: Proxies\__CG__\App\Entity\Magazine {#1579 …}
+image: null
+parent: null
+root: null
+body: "Love the idea of using a USB C connector on a double sided board so you can use it with either side up."
+lang: "en"
+isAdult: false
+favouriteCount: 1
+score: 0
+lastActive: DateTime @1686896013 {#1571
date: 2023-06-16 08:13:33.0 +02:00
}
+ip: null
+tags: null
+mentions: [
"@tbe@lemmy.world"
]
+children: Doctrine\ORM\PersistentCollection {#1549 …}
+nested: Doctrine\ORM\PersistentCollection {#1561 …}
+votes: Doctrine\ORM\PersistentCollection {#1567 …}
+reports: Doctrine\ORM\PersistentCollection {#1559 …}
+favourites: Doctrine\ORM\PersistentCollection {#1564 …}
+notifications: Doctrine\ORM\PersistentCollection {#1563 …}
-id: 251
-bodyTs: "'board':14 'c':8 'connector':9 'doubl':12 'either':21 'idea':3 'love':1 'side':13,22 'usb':7 'use':5,18"
+ranking: 0
+commentCount: 0
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+visibility: "visible "
+apId: "https://lemmy.world/comment/242749"
+editedAt: null
+createdAt: DateTimeImmutable @1686896013 {#1528
date: 2023-06-16 08:13:33.0 +02:00
}
+"title": 251
} |
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