Enter product details (such as color, size, materials etc.) and other specific requirements to receive an accurate quote.

leave a message

If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.

Stackable 48VDC Telecom Power Cabinet With Battery Enclosure

Home Products 3. Site Solutions

Stackable 48VDC Telecom Power Cabinet With Battery Enclosure

Outdoor Battery Cabinet With Heat Exchanger

Galvanized Steel Outdoor Telecom Enclosure

Stackable 48VDC Telecom Power Cabinet With Battery Enclosure

Name: Stackable 48VDC Telecom Power Cabinet With Battery Enclosure
Availability: InStock

The Zain Stackable Solution represents a cutting-edge approach to modular telecom infrastructure, featuring a high-performance DC power cabinet (750W750D1000Hmm) stacked securely atop a dedicated battery storage cabinet (750W750D1300Hmm). This dual-tier architecture offers a total system height of 2300mm, providing a space-efficient footprint for high-density site deployments.

Engineered for longevity, the DC cabinet is constructed from 1.2mm galvanized sheet, while the battery base utilizes 1.5mm hot galvanized sheet for superior structural support. The stacking interface is meticulously engineered with waterproof rubber strips and secured by heavy-duty nuts and bolts to ensure a weather-tight seal. Inside, the cabinet is lined with fireproof silver insulation cotton to maintain thermal stability and protect sensitive components.

Inquiry now

Stackable DC Power & Battery Cabinet Solution

Designed for demanding off-grid and telecom site expansions, this highly adaptable dual-tier architecture physically separates the power equipment from the energy storage. It features a robust DC power cabinet stacked securely atop a dedicated high-capacity battery base cabinet.

Core System Highlights

■ Unique modular stackable design: W750 x D750 x H2300mm total footprint.
■ Specialized thermal management via a high-performance DC 48V 150 W/K Heat Exchanger for the battery zone.
■ Heavy-duty structural integrity utilizing 1.2mm galvanized sheet (DC) and 1.5mm hot galvanized sheet (Battery).
■ Seamless physical integration utilizing waterproof rubber strips and specialized bolts for IP-rated sealing.
■ Built-in 8U embedded power system supporting an impressive 24kW maximum capacity.
■ Configured for four pairs of battery racks, accommodating up to 4U 150Ah units.
■ Premium safety with fireproof silver insulation cotton lining the inner walls.
■ Advanced power distribution incorporating customized copper busbars and key-shaped negative terminals.

Ideal Deployment Scenarios

■ Demanding telecommunication macro cell sites requiring extensive battery backup.
■ Off-grid or unstable grid locations relying heavily on high-capacity 48VDC storage.
■ Industrial edge computing zones demanding scalable, stacked hardware footprints.

Product Gallery

OVERALL EXTERIOR

POWER COMPARTMENT

BATTERY RACK ZONE

THERMAL MANAGEMENT

POWER DISTRIBUTION

COPPER BUSBAR DETAIL

Physical & Environmental Specifications

Total Stacked Dimensions	W750mm × D750mm × H2300mm (Combined height)
DC Equipment Cabinet	W750mm × D750mm × H1000mm. Built with 1.2mm thick galvanized sheet. Features LED access lights and bottom ground copper bar.
Battery Cabinet Base	W750mm × D750mm × H1300mm (Includes 150mm base). Built with 1.5mm hot galvanized sheet. Accommodates 4 pairs of battery racks.
Battery Integration	Designed for 4U 150Ah batteries (H179 × W486 × D550mm, ~60kg) installed inside standard racks with 1U spacing.
Thermal Management	Battery cabinet features a dedicated DC 48V Heat Exchanger (150 W/K). Dimensions: 450 × 560 × 250 mm.

Mechanical Architecture & Stackable Design

Overall Dimension and Structure
The system utilizes a dual-cabinet architecture with a total combined height of 2300mm, seamlessly merging power processing and energy storage.

2. Precision Cable Entry System
Features strategically placed cable entry holes (4*￠50) at the front left and right sides of the cabinet bottom to streamline external wiring.

3. Waterproof Stacking Mechanism
The top DC cabinet is securely stacked onto the battery base using robust nuts and bolts. The interface is meticulously treated with thick waterproof rubber strips and specialized waterproof nuts to guarantee all-weather resilience.

4. Internal Routing and Insulation
Internal cable routing is facilitated by multiple 50mm diameter holes alongside the 19'' installation profiles. Furthermore, the inner walls are fully lined with fireproof, silver-colored insulation cotton to strictly control internal temperatures.

5.Cabinet inner wall insulation cotton is fireproof material with silver color

Cabinet inner wall insulation cotton

8U Embedded DC Power Framework (24kW)

Power distribution sub rack requirements:

1.With the conventional circuit breaker design, the back positive output copper busbar is designed according to the copper terminal requirements of customers, so as to facilitate the management of wiring. Key shaped terminals on the negative MCB.

2.24KW with 4KW rectifier 6pcs, temporary use of 16KW, 2 expansion, sample full match.

3.Install four batteries. Configure four battery circuit breakers for power distribution.

Power System Technical Specifications

Category	Detailed Parameters
Input Specifications	Phase: Three-phase compatible with single-phase.
	Voltage & Freq: Rectifier input: 85VAC - 300VAC (Rated 220VAC for 1P & 380VAC for 3P). Freq: 45Hz – 65Hz (Rated value: 50Hz/60Hz)
	Input Capacity & Protection: 1×63A/3P MCB. AC input SPD: Preferred Type 1, Max discharge current 30-60KA.
Output & Distribution	Operating Voltage: 42VDC - 58VDC.
	Maximum Capacity: 24 kW (Supports up to six 4kW rectifiers).
	Branch Details: Battery: 4×125A MCB. LLVD: 4×125A, 4×80A. BLVD: 4×80A, 4×63A, 4×40A.
	DC Output Protection: SPD 20-40 KA differential and common modes.
Rectifier Module	Efficiency: > 96% (230VAC, 20-80% load rate).
	Rated Power: 2000 - 4000W per module. Fan cooled with soft-start feature.
	Smart Features: Includes load sharing functionality and an impeded voltage relay.
Controller & Environment	Interface: LCD Display, RS232, RS485, CAN, FE, LAN ports.
	Signals: Internal alarms (AI, DI), 8 dry contact alarm outputs. Stores up to 1000 historical records.
	Environment: Operating temp: -40˚C to +45˚C (with heat exchanger). Humidity: 5% - 95% (non-condensing).

8U Embedded DC Power Framework Design

Below is the detailed 8U design featuring the conventional MCB layout. The FSU is designed as a separate 1U module which can be seamlessly installed into the battery cabinet. To facilitate efficient wire management, the back positive output is equipped with custom Expansion Copper Bars, while the negative MCBs feature unique Key-shaped Terminals.

8U Embedded Power Distribution Sub-rack Design

Special Expansion Copper Bar

MCB with Key-shaped Terminal

Packaging & Delivery

INTERNAL PROTECTION

CARTON PACKAGING

SECURE SHIPPING

Frequently Asked Questions

Q Is this cabinet waterproof and suitable for extreme outdoor stacking?

A: Yes. The interface between the stacked DC cabinet and the battery base utilizes specialized waterproof rubber strips, along with waterproof nuts and structural bolts, ensuring full environmental isolation suitable for harsh outdoor conditions.

Q What is the maximum power capacity of the embedded 8U system?

A: The integrated 8U power distribution framework supports a maximum capacity of 24 kW. It can accommodate up to six high-efficiency 4000W rectifiers, making it ideal for high-demand base station deployments.

Q How are the batteries managed and cooled in the lower section?

A: The base battery cabinet supports up to four pairs of racks holding 4U 150Ah batteries. It is cooled via a dedicated DC 48V 150 W/K Heat Exchanger, allowing it to maintain an optimal internal climate even when operating in external temperatures up to +45°C.

Hot Tags :