EnergiFlux learns your home, predicts tomorrow’s solar generation and automatically optimises your Bettenergy battery to reduce electricity bills.
Simple setup. Smarter charging.
Ongoing optimisation for lower energy bills.
Two practical options: a premium all-in-one battery/inverter system, or a flexible standalone 16kWh battery for use with a compatible hybrid inverter. Prices are indicative and subject to survey.
16kWh Battery + 8kW Hybrid Inverter + Liquid Cooling
From £7,995 installed
16kWh Expansion Battery
Battery from £4,995 plus inverter/install where required
The All-In-One LT includes the battery and hybrid inverter in one unit. The ELESHELL / PowerCube range is a battery-only option for use with a compatible inverter.
| Feature | All-In-One LT | ELESHELL / PowerCube 16K Plus | ELESHELL 10.2K Plus |
|---|---|---|---|
| Product type | Battery + hybrid inverter all-in-one | Battery only | Battery only |
| Battery capacity | 16.076kWh | 16.076kWh | 10.24kWh |
| Cell size | 314Ah | 314Ah | 200Ah |
| Battery chemistry | LFP | LFP | LFP |
| Nominal voltage | Low voltage | 51.2V | 51.2V |
| Operating voltage | 46.4–57.6V | 46.4–57.6V | 46.4–57.6V |
| Inverter included | Yes — hybrid inverter | No — compatible inverter required | No — compatible inverter required |
| Cooling | Liquid cooled battery + inverter | Not stated as liquid cooled | Not stated as liquid cooled |
| IP rating | IP65 | IP54 | IP54 |
| Installation | Outdoor installation stated | Floor mounting | Floor mounting |
| Communication | Communication interface + WiFi | RS485 / CAN / RS232 / WiFi | RS485 / CAN / RS232 / WiFi |
| Parallel / expansion | Parallel power + communication interfaces listed; max number to confirm | Max 15 units in table; brochure graphic says 16 units | Max 15 units in table; brochure graphic says 16 units |
| Cycle life | Confirm with supplier | >8,000 cycles | >6,000 cycles |
| Warranty | Confirm with supplier | 5-year warranty stated | 5-year warranty stated |
| Best fit | New battery + inverter installation | Higher-capacity battery storage with compatible inverter | Smaller storage option with compatible inverter |
The All-In-One LT datasheet lists parallel power and communication interfaces, but the maximum number of linked units should be confirmed with Bettenergy before installation. The ELESHELL table lists 15 units in parallel, while the brochure graphic refers to 16 units.
A home battery can reduce electricity costs even without solar panels. The simple idea is to charge the battery overnight on a cheap-rate tariff, then use that stored energy during the day when grid electricity is more expensive.
A home battery can work on its own. Charge it overnight when electricity is cheaper, then use that stored energy during the day when grid electricity costs more.
Solar can increase the saving further. Instead of buying all the battery energy overnight, the system can store free solar generated during the day.
A battery system can operate without solar panels. The choice is whether you use an All-In-One unit with the inverter built in, or a standalone battery that needs a separate compatible hybrid inverter and installation.
The saving comes from charging the battery overnight on a cheap-rate tariff and using that stored energy during the day when grid electricity costs more.
The All-In-One LT includes both the battery and hybrid inverter within one integrated unit.
Standalone battery options such as ELESHELL / PowerCube require a compatible hybrid inverter and professional installation.
This shows the saving from charging a home battery overnight and using that energy during the day instead of buying electricity at the day rate.
| Daily energy shifted through battery | Daily saving | Annual saving | Customer message |
|---|---|---|---|
| 10kWh/day | £2.27/day | £830/year | Good entry-level saving |
| 15kWh/day | £3.41/day | £1,245/year | Strong family-home case |
| 20kWh/day | £4.55/day | £1,660/year | High-usage home / EV tariff case |
| 25kWh/day | £5.68/day | £2,075/year | Larger home saving case |
| 30kWh/day | £6.82/day | £2,490/year | Large home / high demand case |
Battery-only saving is calculated as the day rate avoided minus the effective cost of charging the battery overnight, after allowing for battery efficiency.
Solar is shown as an additional uplift on top of the battery-only saving. If solar generates energy that would otherwise have been bought overnight to charge the battery, the extra uplift is based on avoiding that effective overnight stored cost.
| Extra solar energy used instead of overnight charging | Additional daily saving | Additional annual saving | What this means |
|---|---|---|---|
| 5kWh/day | £0.53/day | £193/year | Small solar uplift |
| 10kWh/day | £1.06/day | £387/year | Typical useful uplift |
| 15kWh/day | £1.59/day | £580/year | Strong solar contribution |
| 20kWh/day | £2.12/day | £774/year | Larger array / high usage case |
This is the additional solar uplift where solar replaces energy that would otherwise have been bought overnight. If solar also prevents day-rate grid import, the value can be higher.
The total saving is the battery-only saving plus the additional solar uplift.
| Example household | Battery-only saving | Additional solar uplift | Combined annual saving |
|---|---|---|---|
| 10kWh/day battery use + 5kWh/day solar uplift | £830/year | £193/year | £1,023/year |
| 15kWh/day battery use + 10kWh/day solar uplift | £1,245/year | £387/year | £1,632/year |
| 20kWh/day battery use + 15kWh/day solar uplift | £1,660/year | £580/year | £2,240/year |
| 30kWh/day battery use + 20kWh/day solar uplift | £2,490/year | £774/year | £3,264/year |
These examples are illustrative and show energy savings only. Actual savings and payback depend on tariff, household usage, battery size, inverter limits, solar generation, export rate, battery settings, installation requirements and final installed system cost.
Battery-only homes mainly benefit from simple cheap-rate charging. Homes with solar benefit from smarter daily decisions — charging more before poor solar days, or leaving capacity available when tomorrow’s solar forecast is strong.
EnergiFlux would recommend only 30% charge overnight.
Traditional systems would charge to 80–100%.
Potential saving: 5–12kWh of unnecessary charging
Let’s design the perfect Bettenergy battery solution for your home. Send us a few details and we’ll come back with the right option.
Prefer to email directly? contact@energiflux.com