72kW MAX MUST Industrial Solar Power System 48V | Engineered Solution

The 72kW MAX MUST Industrial Power System – Engineered is a top-tier, enterprise-scale solar power solution designed for large factories, industrial parks, hospitals, universities, data centres, agro-processing plants, and mission-critical infrastructure that demand continuous power availability, extreme load tolerance, and long-duration backup capability.

The system is configured using six (6) 12kW MUST hybrid inverters operating in parallel, delivering a combined 72kW output capacity. Energy storage is provided by eight (8) 15.36kWh lithium (LiFePO₄) batteries, delivering a massive 122.88kWh of usable storage, while one hundred (100) high-efficiency 620W solar panels provide 62kW of solar generation capacity for aggressive daytime production and rapid battery replenishment.

This architecture is engineered to support heavy industrial machinery, production lines, refrigeration plants, pumps, motors, IT and data infrastructure, lighting systems, CCTV networks, and full-facility loads simultaneously, while drastically reducing reliance on grid or diesel generators. The 48V industrial system architecture ensures efficiency, redundancy, and stable performance under sustained ultra-high load environments.

This system is engineered and supplied by Macire and is subject to detailed site survey, load profiling, and final system design prior to quotation and deployment, ensuring safe, compliant, and optimised performance under Kenyan industrial operating conditions.

⭐ Genuine MUST Product | Macire Engineered | Warranty Supported

System Architecture & Configuration

Inverter & Power Management

• 6 × 12kW MUST hybrid solar inverters (parallel configuration)

• Combined system output: 72kW

• 48V industrial system architecture

• Pure sine wave output for motors, machinery, and sensitive electronics

• Integrated solar, battery, grid, and generator management

Battery Storage

• 8 × 15.36kWh lithium (LiFePO₄) batteries

• Total usable storage: 122.88kWh

• Extremely high discharge capability for industrial operations

• Long cycle life with maintenance-free lithium technology

Solar Generation

• 100 × 620W high-efficiency solar panels

• Total solar capacity: 62kW

• Optimised for Kenyan solar conditions

• Rooftop or ground-mounted layouts determined by site survey

📊 Technical Specifications (Summary)

🔧 Key Features

• 72kW ultra-high-capacity industrial power output

• Six-inverter parallel architecture for redundancy and resilience

• Massive 122.88kWh lithium storage for extended autonomy

• 62kW solar array for heavy daytime production

• High-efficiency 48V industrial system design

• Stable operation under continuous extreme loads

• Silent, fuel-free solar operation

• Clean power suitable for heavy machinery and electronics

• Highly scalable and modular architecture

• Engineered, commissioned, and supported by Macire

🎯 Applications / Use Cases

🏭 Large factories & industrial plants
🏥 Major hospitals & medical campuses
🏨 Large resorts & hospitality complexes
🏢 Corporate campuses & business parks
🏫 Universities & research institutions
🚜 Agro-processing, cold storage & food production
📡 Data centres & telecom switching facilities

🛠 Engineering, Survey & Deployment Notes

• Mandatory site survey and load profiling before final design

• Electrical infrastructure and distribution assessed on-site

• Mounting, BOS, cabling, and civil works defined per location

• Final quotation issued after engineering validation

• Installed and commissioned by Macire industrial engineers

🧰 Care, Maintenance & Operations

• Routine cleaning of solar panels for maximum yield

• Ensure adequate ventilation around inverter and battery banks

• Scheduled inspection of electrical connections

• Maintain disciplined load management

• Consult Macire before introducing new heavy equipment

⚠️ Do’s & Don’ts

✅ Do’s

• Do conduct a full site and load assessment

• Do prioritise critical industrial circuits

• Do plan for redundancy and future expansion

• Do follow Macire operational guidelines

❌ Don’ts

• Don’t assume fixed pricing without site survey

• Don’t overload beyond engineered limits

• Don’t modify system wiring independently

• Don’t bypass protection and safety systems

🔌 Compatibility Section

Compatible with:

• Grid-tied and generator hybrid configurations

• Additional lithium battery banks (engineered limits)

• Additional solar expansion (structural & electrical dependent)

• Industrial switchgear, monitoring, and energy management systems

📈 Performance Outlook

• Designed for near-continuous industrial operation

• Battery-supported night-time and outage operation

• Solar-assisted daytime operation enables extended runtime

• Final performance dependent on load profile and operating discipline

❓ Mini FAQ

Q1: Is pricing fixed for this system?
No. Pricing is subject to site survey, load analysis, and final engineering design.

Q2: Can this system power heavy industrial machinery?
Yes, when engineered correctly following site assessment.

Q3: Is the system expandable beyond 72kW?
This represents the maximum MUST parallel architecture. Larger systems require multi-cluster industrial designs.

Q4: Who handles design, installation, and support?
Macire provides full engineering design, installation, commissioning, and after-sales support.

💎 Why Buy from Macire

Genuine MUST industrial solar products
Engineering-led system design approach
Industrial-grade installation teams
Transparent, survey-based pricing
Strong after-sales technical support
Expert industrial load analysis
Long-term expansion and lifecycle support
Trusted Kenyan industrial solar partner

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