PORTABLE POWER · US STANDALONE UNITS
The two 300 names conceal a useful trade-off: Elite 300 stores more energy, while APEX 300 has the higher rated AC output.
Assess Elite 300 for the larger base-unit energy budget.
Assess APEX 300 for its higher total output, after checking your exact load and connection.
| Measure | APEX 300 | Elite 300 |
|---|---|---|
| Nominal capacity | 2,764.8 Wh | 3,014.4 Wh |
| Rated AC output | 3,840 W | 2,400 W |
| Planning energy | 1,769 Wh | 1,929 Wh |
| Price, 23 Oct | $1,499 | $1,199 advertised; $1,699 purchase bar* |
*The advertised $1,199 includes a $500 automatic discount; confirm the final cart total. Illustrative load-energy budget = nominal Wh × 80% assumed usable fraction × 80% after reserve, rounded to the nearest Wh. These are equal planning assumptions, not tested efficiencies, manufacturer runtime promises or proof of appliance compatibility. Prices are dated snapshots before applicable extras.
Elite 300 has 249.6 Wh more nominal energy than APEX 300, about 9% more. In the equal-assumption calculation, that becomes roughly 160 Wh more load-energy allowance. Actual runtimes can differ because inverter consumption, temperature and load behavior are not measured here.
For an illustrative 1,800 Wh day, the nominal requirement is 2,812.5 Wh, rounded upward to 2,813 Wh. Elite 300 clears that screen; the standalone APEX 300 falls just below it. More rated watts do not close that energy gap. At 1,600 Wh, both pass the capacity screen.
A hypothetical 3,000 W continuous load exceeds Elite 300’s 2,400 W rating. It is below APEX 300’s 3,840 W total rating, but the correct socket, voltage, startup demand and operating mode still need verification. Elite 300 also has a separate 1,800 W bypass limit; its battery-output rating cannot be substituted for that limit.
Elite 300 advertised $1,199 after a $500 automatic discount while its purchase bar still showed $1,699. APEX 300’s selected standalone offer showed $1,499. If the Elite discount applies, that is a $300 difference; verify the final cart total rather than treating the advertised discount as a guaranteed delivered price.
Additional batteries, solar panels, hubs and transfer equipment are separate configurations. APEX expansion and bypass headlines cannot all be assigned to the base purchase. Conditional lifting modes are not unrestricted continuous-output ratings. Confirm the exact manual, charging limits and connections for the equipment you plan to use.
The selected base units were available for order on 23 October. The separate 200 W panel offers state dispatch from 29 October; APEX Hub D1 packages state mid-December. Those dates do not describe the selected standalone units. Generic delivery banners are not address-specific delivery guarantees.
For household circuit connection, arrange suitable transfer equipment and a qualified installation assessment. Never feed power into a household outlet. We have not tested transfer behavior or medical-device compatibility.
Affiliate links: The Home Briefing may earn a commission from qualifying purchases at no extra cost to you. Confirm the current configuration, price and delivery.
2,764.8 Wh nominal capacity and 3,840 W total rated AC output. Solar panels and extra batteries are separate.
Selected standalone US station, offered for order on 23 October 2026. Confirm current contents, total and delivery.
Read the exact configuration and sources →
Check APEX 300 at BLUETTI ↗3,014.4 Wh nominal capacity and 2,400 W total rated AC output. Read the purchase notes before selecting a bundle.
Selected standalone US station, offered for order on 23 October 2026. Confirm current contents, total and delivery.
Read the exact configuration and sources →
Check Elite 300 at BLUETTI ↗Manufacturer sources checked 23 October 2026: APEX 300 and Elite 300. These are direct, untracked source links. Exact offer selections and limitations are recorded in each linked product profile. Arithmetic and buying guidance are The Home Briefing’s analysis.
Read the other APEX 300 comparison · Compare the planning examples · Calculate an energy budget