Cost savings
Power supply availability
Investment payback period less than
Diesel reduction rate
The Three Core Energy Contradictions in Overseas Mines
Is your production line struggling with these issues? We offer tailored solutions.
Power Supply Reliability Crisis
▼Most countries have low grid coverage and poor transmission capacity, leading to frequent power outages and electricity restrictions that disrupt production.
Kenya’s manufacturing sector is losing approximately 5.53 million yuan per hour.
High And Volatile Energy Costs.
▼ In remote areas, diesel transportation costs account for as much as 40% to 60%, and in 2023, global diesel prices fluctuated by as much as +35%.
In the Democratic Republic of Congo, diesel costs account for over 60% of mining expenses.
The Zero-Carbon Transition Policy Is Driving Change.
▼The European Union’s Carbon Border Adjustment Mechanism (CBAM) requires overseas projects to disclose their carbon emissions, leading to restricted market access and increased financing challenges.
A carbon tax of €56 per tonne of copper ore exported (standard for 2026) is required.
One-Stop Solar-Storage-Diesel Microgrid System
Integrating photovoltaic power generation, intelligent energy storage, diesel backup, and AI-powered smart management into a single, tailor-made energy solution.
Pain Point
Cracking Methods
Quantitative Returns
Unstable Power Supply
Pv-First Power Supply + Seamless Switching With Energy Storage
Power supply availability ≥ 99.9%
Diesel Costs Are High.
Intelligent Scheduling For Peak-Shaving And Valley-Filling + Photovoltaic Substitution
Diesel consumption ↓50%-70%
Exceeding Carbon Emission Standards
Maximizing The Share Of Green Electricity + Clean Operation Of Diesel Engines
Carbon reduction: 40–70 tons/year·MW
Carbon Tax Pressure
Green Electricity Substitution + Optimized Emissions Management
Carbon tax costs reduced by 92%
One-Stop Solar-Storage-Diesel Microgrid System
Integrating photovoltaic power generation, intelligent energy storage, diesel backup, and AI-powered smart management into a single, tailor-made energy solution.
Photovoltaic Power Generation Unit
Corrosion-resistant, high-temperature resistant, sand-and-dust-resistant, and highly efficient in solar energy utilization.
Smart Energy Storage System
0.02s seamless switching, peak-shaving and valley-filling, ensuring stable power supply.
AI Intelligent Management Platform
Real-time monitoring, intelligent scheduling, predictive maintenance
Customized Power Supply Strategy
Device Type
Load Characteristics
Microgrid Response Plan
Continuous Production Equipment (Ball Mill, Electric Furnace)
Requires 24-Hour, 7-Day Stable Power Supply.
Photovoltaics plus energy storage are the mainstay; diesel generators serve only as backup.
Impact Load (Large Motor Start-Up And Shutdown)
Instantaneous Power Fluctuation ±30%
Energy storage + PCS voltage regulation to prevent frequent responses from diesel generators.
Sensitive Electronic Equipment (Dcs Control System)
Voltage Fluctuation Tolerance < ±5%
Add dual-level protection with UPS + energy storage
A power outage and subsequent restart of the ball mill requires a 2-hour warm-up period (each outage results in a loss of approximately ¥800,000). By employing a seamless 0.02-second switchover combined with energy-storage voltage stabilization technology, we ensure zero interruption in the operation of critical equipment.
Core Equipment Advantages
Specifically designed for Africa’s harsh environments, featuring ultimate reliability, intelligent efficiency, and green compliance.
Ultimate Reliability
▼Corrosion-resistant and high-temperature resistant, suitable for environments ranging from -40°C to 55°C.
▼IP67-rated protection—unafraid of salt spray, heavy rain, or wind and sand.
▼Black-start capability: self-starting without external power to handle extreme situations.
▼0.02s seamless switchover, uninterrupted power supply
▼ Diesel consumption reduced by 50%-70%, significantly cutting costs.
▼DC-coupled design boosts power generation efficiency by nearly 8%.
▼Energy storage smooths peak demand and fills valleys, reducing electricity costs.
▼Payback period < 2.1 years, rapid returns
▼AI-powered intelligent scheduling to maximize the utilization of green electricity.
▼Real-time monitoring—device status at a glance.
▼Predictive maintenance to reduce unexpected downtime
▼Cloud-based management enables near-unattended operation.
▼Modular design boosts installation efficiency by 20%.
▼Prefabricated bracket, reusable.
▼Pre-installed and pre-commissioned—ready to use right out of the box.
▼Suitable for installation in multiple scenarios, flexible combination.
▼DC-coupled design for enhanced safety protection
▼Manual disconnection + one-touch emergency stop—double protection.
▼Start insulation detection + operate leakage current detection
▼Equipped with fire-fighting accessories, safe and secure.
▼Meet the EU CBAM carbon tariff requirements
▼Complies with global ESG investment guidelines
▼Significantly reduce the carbon footprint
▼Promote the sustainable development of green industry.
Adapt To The Scenario
The product has obtained multiple international certifications and meets global standards—rest assured and trust its reliability.
Mining Camp For Production
Production Factory
Oilfield Exploitation
High-Power, No-Electricity Scenario
Authorized Certification, Quality Assurance.
The product has obtained multiple international certifications and meets global standards—rest assured and trust its reliability.
UN38.3
CE-EMC/LVD
MSDS
IEC
Class Society Certification
UN38.3
Maritime and Land Transportation Hazard Identification Report
Hazard Identification Report
Material Safety Data Sheet
Lift and Drop Test Report
Safety regulations
Sea and land transportation
Success Stories
Empirical evidence from Chinese-funded overseas projects shows a 68% reduction in diesel consumption and a payback period of less than 2.1 years.
Consulting Solutions
Whether you have project consulting needs, require customized solutions, or would like to learn more about our products, our expert team is always here to serve you.