Energy Independence:
With our storage systems, you will be protected from unexpected power outages, ensuring the continuous operation of critical systems
Eco-friendliness and Compatibility:
Ideally suited for integration with renewable energy sources, such as solar panels, improving your environmental profile
Service life:
Battery life cycle:
More than 6000 cycles
Projected battery lifespan:
20 years
Device warranty: 5 years
Specifications of the Device with One Module:
Capacity: 5.2 kWh
Battery: BYD Lithium Iron Phosphate Battery
Single Battery Capacity: 102 Ah
Voltage: 51.2 V
Maximum Output Current: 100A
Maximum Input Current: 75A (up to 100A)
Nominal Voltage: 51.2 V
Nominal AC Output Voltage: AC 110V / AC 220V
Nominal AC Output Power: 5000W
DC48V Output: 48V/25A, maximum 50A
Single Battery: 100 Ah
Nominal Capacity (single level): 5 kWh
Protection Board Conductive Resistance: <=10mR
Charging Method: CP/PV
Nominal AC Input Voltage: AC110В/AC 220В
Maximum AC Input Power: 800W-4500W
Photovoltaic (MPPT): 120V-450V / maximum 800W-5600W
End-of-Charge Voltage: 58.4V/CELL
Standard Charging Current: 100A
End-of-Discharge Voltage: 44.8V/CELL
Maximum Discharge Current: 100A
Operating Temperature Range: -10°C - 60°C
Communication Methods: Parallel port DB15, USB, RS485
Dimensions and Weight:
Inverter Dimensions: 600 * 430 * 150 mm
Inverter Weight: approximately 16.4 kg
Module (Battery) Dimensions: 600 * 430 * 204 mm
Module (Battery) Weight: approximately 46.9 kg
Base Dimensions: 600 * 430 * 152 mm
Base Weight: approximately 9.3 kg
Connection modes:
5.2 kWh * 5 modules
Parallel battery mode (up to 5 batteries):
Maximum capacity of a single device – 26 kWh
Total capacity
of six devices
Support for cascading connection of devices
(Up to 6 devices):
Inverter power - 30 kW
Fields of application:
Backup power sources are extremely important in many areas where continuous electricity supply is critical for safety, productivity, and comfort. Here are a few examples of such fields:
Medical facilities:
In hospitals, especially in operating rooms, intensive care units, and critical care departments, backup power is essential to maintain the operation of life-support equipment.
Data and IT centers:
To protect data and ensure the uninterrupted operation of servers and network equipment that support many critical systems, including financial transactions and cloud platforms.
Manufacturing facilities:
In facilities where production lines must operate without interruptions to avoid product defects or financial losses.
Telecommunication companies:
To ensure the stability of mobile communication and internet services, which is critically important in today's world.
Transportation:
In airports, train stations, and subways, where system failures can lead to significant delays and emergency situations.
Commercial centers and restaurants:
To maintain the operation of lighting, air conditioning, and cash registers, allowing customer service to continue even during power outages.
Refrigeration units and storage facilities:
Where it is necessary to maintain specific temperature conditions to preserve food, pharmaceuticals, and other sensitive products.
Banks and financial institutions:
To protect against data loss and ensure the continuity of financial transactions.
Residential complexes and hotels:
Ensuring the comfort of residents and guests, maintaining the operation of elevators and essential amenities.
NE-5200 Test Drive
Test the system in real conditions
Installation, test and ready solution
The test cost is fully applied toward your purchase
Energy consumption
What is the operating time of various electrical appliances on a single battery with a capacity of 5.2 kWh?
Lighting
Energy-saving LED bulbs with a rated power
of 10 W
One 10 W bulb
will
run for:
520 hours or 21.6 days
Refrigerator
Rated power: 120 W
It operates 24/7, but actively cools for about 1/3 of the time.
Daily consumption:
120 W × 24 hours × 0.33 ≈ 950.4 Wh (or 0.9504 kWh)
The refrigerator can run continuously for approximately:
5.5 days
Television
Rated power: 100 W
A 100 W television
will run continuously for:
52 hours or 2.16 days
Laptop
Rated power: 60 W
A laptop with a power rating
of 60 W will operate continuously for:
86.6 hours or 3.6 days
Microwave oven
Rated power: 1200 W
A 1200 W microwave
oven will operate continuously for:
4.3 hours
Electric stove
Rated power: 2000 W
An electric stove
with a power
of 2000 W
will run continuously for:
2,6 hours
Charging smartphones
Battery capacity: 4000 mAh
A smartphone with a
4000 mAh battery can be charged:
351 times
Freezer
Rated power: 270 W
Consumption: 3.6 kWh/day
A freezer
with dimensions (HxWxD) 83 cm x 160 cm x 60 cm (without handle), a volume of 550 liters, and an operating temperature range from -18°C to -25°C will run continuously for:
34.5 hours or approximately 1.5 days
Electric heater
Rated power: 1500 W
An electric heater with a power
of 1500 W will run continuously for:
3,5 hours
Air conditioner
Rated power: 2500 W
An air conditioner
with a power
of 2500 W
will run continuously for:
2 hours
Energy consumption in a 3-room apartment
with an area of 100 square meters for a family of 4
Electrical appliances in use at home:
Apartment lighting in the evening
(10 bulbs * 10 W * 5 hours = 0.5 kWh);
Television (100 W * 4 hours = 0.4 kWh);
Music system (50 W * 3 hours = 0.15 kWh);
Electric stove (2000 W * 2 hours = 4 kWh);
Refrigerator (120 W * 24 h * 0.33 ≈ 0.95 kWh);
Microwave oven (1200 W * 0.5 hours = 0.6 kWh);
Hair dryer (1500 W * 0.2 hours = 0.3 kWh);
Laptop (60 W * 5 hours = 0.3 kWh);
Smartphones (4 * 5 W * 2 hours = 0.04 kWh).
The estimated daily electricity consumption in a 3-room apartment with an area of
This means that a single battery with a capacity of 5.2 kWh is sufficient to power the apartment for approximately 17 hours.
Available on marketplaces
You can purchase our power storage device on marketplaces: convenient delivery, attractive price, and the possibility of installment payment – place your order via the app or on the website.
Our Contacts
For consultation and orders:
WhatsApp:
Working hours:
Mon-Fri
9:00 - 18:00
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