Now the ZERO BREEZE ElecHive is available worldwide. The article mainly introduces its superior performance and features with a reliable power supply. Whether you're camping, tailgating, or experiencing a power outage, this innovative device offers unparalleled convenience and comfort.
Compact Design, Bring Mobility
The ElecHive is designed to provide convenience and portability on the go. Weighing in at just 40 pounds (18.3 kilograms), dimensions of 12.9 x 9.6 x 11.3 inch/ 32.8 x 24.4 x 28.7 cm, around the size of a basketball, which makes it easy to transport and carry into any travel or storage setup. Compared with the power stations of Jackery and Goal Zero, etc., it has the best compact portability.
At the top of the ElecHive, there are two built-in handles and no extra space is taken up. On the top surface, the power station can also be served as a temporary snack table, which can put your favored food, dessert, or your laptops.
2500 Wh, Power Up Your Adventures
The Zero Breeze ElecHive is equipped with a powerful 2500Wh battery, which provides a substantial amount of electricity. It is specifically designed to be used with the Mark 2 air conditioner, offering various operating modes that can sustain it for a duration of 10 to 25 hours. The output power in sleep mode is 100W, normal cooling mode is 150W, and the ultra-fast cooling mode is 240W. The powerful battery can provide 2200W of power output, equivalent to a standard wall socket. With ZERO BREEZE ElecHive, all your devices will stay powered for extended periods, eliminating concerns about running out of battery.
The usage time for Mark 2 AC:
Sleep mode: 2500Wh/100W=25h
Cool mode: 2500Wh/150W≈16h
Strong mode: 2500Wh/240W≈10h
*The working time corresponding to ElecHive is the total watt-hour divided by power
11 High-performance AC/DC Output Ports
There are four AC output ports to meet your daily home appliance requirements. Also , the Anderson port is used specifically for Mark 2 AC. The dedicated interface ensures that the ElecHive supplies DC power directly to the Mark 2, reduces the energy loss that occurs when converting AC power to DC power through other interfaces.
*When using the AC output of the mobile energy storage power supply to supply power to Mark 2, it will undergo a conversion of DC power to AC power through the inverter (efficiency is about 80%) and then convert the AC power to 24V DC through the adapter (efficiency is about 80%) is 90%), if the overall efficiency is calculated by multiplying 80% by 90%, it is about 72%. This represents an efficiency loss of 28% for powering the Mark 2 AC in this manner. And ElecHive has designed a dedicated 24V DC output port, which can directly supply power to the Mark 2 air conditioner with almost no energy conversion loss, thus maximizing energy use efficiency.
Extra Long-life Cycles
The ElecHive has a automotive-grade long-life battery, which can still be used for 2300 cycles to attain an 80% health level. Let's assume a charging frequency of once every three days, amounting to 10 charges per month and 120 charges per year. With 2300 charging cycles, the ElecHive battery can be utilized for nearly 20 years. The impressive lifespan of the ElecHive battery makes it a long-lasting and efficient choice for various applications.
Multiple Charging Methods
ElecHive has three charging ports: 1. 100W TypeC charging port (frontside), 2. Anderson port for 1250W fast charging (you can also use the 600W power supply to charge in this port), 3. Anderson port for 240W normal charging. The two fast charging ports at the back can also be used to charge solar panels, and the choice of which port to use depends on the voltage of the solar panel array.
- When solar panels are connected in series, the charging time of a battery depends on the number of solar panels and how they are grouped in parallel. The charging efficiency increases as more solar panels are added or arranged in parallel.
- If you charge the battery using a car charger with an input power of 120W, it would take approximately 26 hours to fully charge the battery. This charging time reflects the lower power output of the car charger.
- Alternatively, using a higher-powered 600W power supply would significantly reduce the charging time. With a 600W power supply, it would take approximately 5 hours to fully charge the battery, thanks to the increased power input.
- For even faster charging, utilizing a 1250W power supply would significantly decrease the charging time. With a 1250W power supply, the battery can be fully charged in just 2.5 hours, thanks to the high power output.
The ZERO BREEZE ElecHive stands out as a highly efficient and versatile portable power station, delivering long-lasting performance and serving as a reliable power source for off-grid adventures and emergency situations. With its adaptable charging capabilities, it provides users with efficient and convenient power solutions.