FAMILY 03 · FLOOR-STANDING BATTERY · 2 MODELS
51.2V 314Ah LiFePO4 Battery, 16.08 kWh, Floor-standing
A 110 kg column that stands on the floor with no bracket and no wall loading. 314Ah cells, 15.95 kWh usable, natural cooling, CAN and RS485. Two builds at 10.24 and 16.08 kWh in the same 444 × 935 × 247 mm case.
16.08 kWh
314Ah at 51.2V, 146 Wh/kg
15.95 kWh
Usable, measured not calculated
5 kW
BMS continuous, about 98 A at 51.2V
110 kg
On 0.11 m², about 1.0 t/m²
WHO THIS IS FOR
No bracket, no studs, no wall that has to carry 110 kg
The point of a floor-standing battery is what it does not need. No wall anchors in a brick that crumbles, no timber stud to find, no 110 kg hanging over a bed. It stands on its own base in a plant room, a garage corner or a cupboard, and the only fixing is an anti-tip strap if the room is a walkway.
It suits a house retrofit where the wall is not usable, a small shop or clinic that needs a battery cabinet on the floor, and projects where the installer is one person and the wall is old. It suits any site up to 4,000 m, which is better than most of our range.
It does not suit anyone who expects to expand later, because there is no stacking or parallel option on this family. For that, the low-voltage stacked battery reaches 80.4 kWh on the same 314Ah cell.
444 × 935 × 247 mm, 110 kg. Both builds share this case.
TWO BUILDS, ONE CASE
The only difference is the cell capacity inside
Both models stand in the same 444 × 935 × 247 mm enclosure. That means the footprint, the cable entry and the anti-tip strap are identical, and the only thing that changes on site is 37 kg of weight.
| Model | Nominal | Usable | Capacity | Weight | Energy density | Dimensions L × W × D |
|---|---|---|---|---|---|---|
| LFP 10 kWh | 10.24 kWh | 9.85 kWh | 51.2V 200Ah | 73 kg | 140 Wh/kg | 444 × 935 × 247 mm |
| LFP 16 kWh | 16.08 kWh | 15.95 kWh | 51.2V 314Ah | 110 kg | 146 Wh/kg | 444 × 935 × 247 mm |
Usable energy is printed by the factory, not calculated from a depth of discharge figure, which is unusual and useful. Recommended DoD 93%. Cycle life 6,000 at 25 °C. Charging 0 to 55 °C, discharging −10 to 55 °C. IP20, natural cooling, vertical installation. CAN and RS485. WiFi module optional. Altitude 4,000 m with derating above 2,000 m.
THE NUMBER TO SIZE ON
200 A is printed. 5 kW is what you get.
The same datasheet lists a 200A charge and discharge current and, four lines later, a BMS maximum charge and discharge power of 5,000 W. At 51.2V those two cannot both be true: 200A is 10.24 kW. The BMS figure is the one that governs, so plan on about 98A, not 200A.
| Figure in the catalogue | What it implies | How to read it |
|---|---|---|
| Max charge / discharge 200 A | 10.24 kW at 51.2V | The cell and busbar rating. It is what the hardware can carry, not what the BMS will allow |
| BMS max power ≤ 5,000 W | 97.7 A at 51.2V | The governing limit. This is the continuous figure a system designer should use |
| Recommended DoD 93% | 14.95 kWh on the 16 kWh build | Depth, not rate. Nothing to do with the current question |
FIRE PROTECTION
Suppression is an option, and the default is none
Our datasheet says it plainly: Default: None / Built-in aerosol (optional). Many suppliers do not print this at all, and a buyer assumes protection is included. It is not, unless it is ordered.
| Option | What you get | When it matters |
|---|---|---|
| Default, no suppression | BMS protection only: overcurrent, overvoltage, short circuit, undervoltage, overtemperature | Fine in a plant room with a smoke detector and nothing combustible nearby. Common in cost-driven projects |
| Built-in aerosol | A canister inside the enclosure that discharges on a trigger | Required by most insurers for a battery inside a dwelling. Order it with the battery, because retrofitting means opening a live enclosure |
THIS ONE OR THE STACK
Same cell, same 16.08 kWh, different job
We sell both, and they overlap on paper. Here is the honest split, because a customer who buys the wrong one is a customer who comes back unhappy.
| Item | Floor-standing (this page) | Stacked (F-07) | Winner |
|---|---|---|---|
| Single unit energy | 16.08 kWh, one case | 16.08 kWh, one module | Draw |
| Expandable | No | Yes, to 80.4 kWh | Stacked |
| Height on site | 935 mm, needs a floor corner | 230 mm per module, grows upward | Stacked, in a cupboard |
| Weight to move | 110 kg in one piece | 106 kg per module, added one at a time | Stacked |
| Install on an old wall | Stands on the floor, no wall loading | Needs a base plate and a level floor | Floor-standing |
| Altitude | 4,000 m, derated above 2,000 | 4,000 m, derated above 2,000 | Draw |
CERTIFICATION
What the paperwork covers
UN 38.3
Transport test summary for cell and module. A 110 kg unit ships on a pallet as Class 9 and the forwarder will want this with the state of charge declaration.
CE & RoHS
Issued per model. The 200Ah and 314Ah builds are different packs in the same case, so a report for one does not cover the other.
ISO 9001
Plant level, covering the Hangzhou site. Relevant for EPC prequalification rather than for the product itself.
TYPICAL CONFIGURATIONS
Three builds we ship most often
Examples, not guarantees. Every figure uses the 5 kW BMS ceiling as the power limit, not the printed 200A.
A 16 kWh column on a concrete floor, a 5 kW hybrid inverter on the wall, four cables in trunking between them.
HOUSE, NIGHT SHIFT
16.08 kWh · 5 kW inverter
A 1.5 kW evening load for eight hours uses 12 kWh, about 75% of the usable figure. That leaves headroom for a cloudy day without going dark. The 5 kW inverter fits the BMS limit exactly.
110 kg · 935 mm tall
CLINIC, FRIDGE LOAD
10.24 kWh · 3 kW inverter
A vaccine fridge, lights and a small air conditioner at 900 W average. 9.85 kWh usable gives about 10 hours, which covers a working day plus the evening in most of Southeast Asia.
73 kg · same footprint
SITE OFFICE, HIGH ALTITUDE
16.08 kWh · 3,000 m site
Rated to 4,000 m with derating above 2,000, so a 3,000 m site works with the continuous current reduced. A 2 kW load runs about seven hours. Most of our range stops at 2,000 m.
110 kg · ask us for the derating curve
BUYING INFORMATION
What the order actually looks like
| Minimum order | 50 units per model. |
| Lead time | 15 to 20 days after the deposit clears, counted from payment. |
| Packaging | One unit per carton on a pallet, foam at all four corners, strapped upright. The 110 kg build must stay upright in transit: mark the carton and tell the forwarder, because a unit that has been on its side needs an insulation check before it is energised. |
| Gross weight | Add about 10 percent for carton and pallet, so roughly 121 kg on the 16 kWh build. |
| HS code | 8507.60, lithium-ion accumulators. Confirm with your broker before the first shipment. |
| Trade terms | FOB Ningbo or CIF to your port. EXW is available if you have your own forwarder. |
| Options to quote separately | Aerosol suppression, WiFi module. Both are extras and both are easy to forget on a quotation. |
On the pallet it arrives on, moved with a pallet truck. Not carried.
Moving 110 kg without hurting anyone
There are no lifting eyes on the case and no handles rated for the weight. The practical sequence is: pallet to the room, unpack there, slide the last two metres on a furniture dolly or a sheet of ply, then drop the base feet.
Tell your forwarder and your installer both. A unit that arrives on its side needs an insulation check before it is energised, and that is a delay the customer will blame on you rather than the carrier.
Gross weight is about 121 kg on the 16 kWh build. If the site has stairs and no lift, say so at enquiry: this is not a two-person carry up a floor.
INSTALLATION NOTES
Six things the installer needs to know
- 110 kg is a two-person lift, or a pallet truck. There are no lifting eyes on this case. Deliver it to the room on the pallet, unpack there, and slide it the last metre. Do not carry it up a staircase.
- The floor carries about 1.0 t/m². On concrete, nothing to do. On a suspended timber floor, spreader plates and a structural look, because all of that weight sits on 0.11 m².
- Anti-tip strap if it is in a walkway. It stands on its own, but a 935 mm column next to a door gets leaned on. One strap into a solid wall is cheap.
- IP20, indoor only. A plant room, a garage or a cupboard. Not a covered outdoor wall, not a carport where rain blows in.
- Natural cooling needs air. Leave 100 mm at the sides and 200 mm above. A unit boxed into a cupboard will derate quietly in summer rather than fail loudly, which is worse.
- Altitude derating starts at 2,000 m. Above that the continuous current comes down. Tell us the site altitude at enquiry; the datasheet curve is not a straight line.
Top cover off: DC breaker, terminal lugs, CAN and RS485, and the recess for the optional aerosol canister.
QUESTIONS
Six things buyers ask about this family
Is it really 200A, or 5 kW?
Plan on 5 kW, which is about 98A at 51.2V. The datasheet prints a 200A current and a 5,000 W BMS power limit, and those two cannot both be true at this voltage. The BMS figure is the one that governs what the inverter can draw. We are confirming with our engineers whether the 200A is available as a short-term peak, and we will not quote an inverter above 5 kW continuous until we have that answer in writing.
Can I add a second unit later?
No. This family has no parallel port and no stacking base, so the capacity you buy is the capacity you keep. If growth is possible, buy the stacked family instead: same 314Ah cell, same 51.2V, and it reaches 80.4 kWh by adding modules. That decision is much cheaper to make now than to explain to a customer in year three.
Is fire suppression included?
No. The default is protective electronics only, with a built-in aerosol canister as an option. That is printed in our datasheet rather than hidden, and it is why the price looks competitive against quotes that quietly leave it out. Order it with the battery if the unit goes inside a dwelling, because fitting it later means opening an enclosure with live DC in it.
Can it go outside?
No. IP20 means it is protected against fingers, not against rain or spray. A plant room, an internal garage or a cupboard. If the only space is an external wall, use the 261 kWh cabinet, which is IP54 or IP65 depending on the cooling option, or build a weatherproof enclosure with ventilation.
What is the real usable energy?
The datasheet prints 15.95 kWh on the 16 kWh build and 9.85 kWh on the 10 kWh build, which is more honest than most because it is measured rather than derived. Note that these do not match the 93% depth of discharge also printed: 93% of 16.08 is 14.95, not 15.95. We quote the printed figure and we will send the discharge test report if your design depends on the difference.
What is the warranty, and what voids it?
One year as printed in the catalogue, covering manufacturing defects, with the asterisk in our datasheet having no footnote attached. The 6,000-cycle rating at 25 °C is a design figure, not a warranty term. If your tender needs three or five years, raise it before we quote so it goes into the price rather than the argument afterwards.
QUICK QUOTE
Send the daily kWh, the peak kW and the floor
Tell us the daily consumption, the peak load in kW, whether the floor is concrete or timber, the site altitude and whether the unit sits inside a dwelling. We come back with the model, the inverter suggestion, whether suppression is needed and a price, usually within 12 hours on a working day.
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