The Cost Of Diesel Dependency Is Spiraling Out Of Control.
In global engineering, humanitarian aid, and emergency response, temporary structures face three core energy-related challenges.
The Cost Of Diesel Dependency Is Spiraling Out Of Control.
▼Power grid failures are frequent in developing countries (for example, many African nations experience power outages averaging at least 15 times per month).
▼The power grid in disaster/conflict zones has been completely destroyed (30% of Ukraine’s power grid has been damaged).
The Cost Of Diesel Dependency Is Spiraling Out Of Control.
▼ In remote areas, diesel transportation costs account for as much as 40% to 60% (case study: gold mines in the Democratic Republic of the Congo).
▼In 2023, global diesel prices fluctuated by ±35% (World Bank data).
The Zero-Carbon Transition Policy Is Driving Change.
▼The European Union’s Carbon Border Adjustment Mechanism (CBAM) requires overseas projects to disclose carbon emissions.
▼The UN Refugee Agency calls for renewable energy to account for at least 50% of refugee camps by 2030.
Examples Of Pain Points In Typical Scenarios
Syrian refugee camp hospital
Diesel supply disruption causes vaccine refrigeration to fail.
Peruvian Copper Mine Camp
Diesel generation costs account for 18% of operating expenses.
Severely Affected Area by the Typhoon
Grid restoration took over six months, and diesel prices were driven up by speculation.
Core Value: Triple Breakthrough, One-Stop Solution
Through the “PV-storage-diesel microgrid + intelligent operation” model, we achieve comprehensive optimization in power supply, cost reduction, and compliance.
Stable And Reliable Power Supply
Photovoltaic priority power supply + seamless energy storage switching, with a power availability rate ≥ 99.9%.
0.02-second power switching speed—no power interruption during outages, ensuring continuous operation of critical equipment.
Off-grid power supply mode, completely freeing you from reliance on the power grid, ideal for areas without electricity or where the power grid has been damaged.
Costs Significantly Reduced
Intelligent scheduling for peak-shaving and valley-filling, combined with photovoltaic substitution, reduces diesel consumption by 50% to 70%.
DC coupling technology boosts power generation efficiency by 8% and reduces system costs by 30%.
Modular design reduces installation and maintenance costs, and equipment can be recycled and reused.
Zero-carbon compliance and attainment
Maximize the share of green electricity to meet the EU’s CBAM carbon border adjustment mechanism disclosure requirements.
Complies with UNHCR’s 2030 target of renewable energy accounting for ≥50%.
Clean operation of diesel engines reduces carbon emissions and helps meet ESG performance targets.
Rapid and flexible deployment
All-in-one design, pre-installed and pre-debugged—ready to use right out of the box.
Modular devices offer flexible combinations to meet diverse electricity consumption needs.
Installation efficiency increased by 20%, enabling rapid commissioning in remote areas.
Core Equipment Advantages
A high-performance equipment suite, tailored to adapt to complex overseas environments and ensure stable system operation.
Photovoltaic Power Generation Unit
Photovoltaic Bracket
Integrated Photovoltaic, Storage, and Biomass System
Ai-Powered Operations Platform
Wide Range Of Application Scenarios
Suitable for various types of temporary overseas structures and power needs in remote areas.
Overseas Engineering Camp
Temporary site for globalized engineering projects—stable power supply ensures construction progress.
Refugee Camp
Humanitarian aid scenario: Ensuring basic living and medical power supply.
Mining Camp
Temporary power supply for remote mining areas, reducing diesel dependence and operational costs.
Fangcang Hospital
Emergency medical scenarios: ensuring the continuous and stable operation of medical equipment.
Peacekeeping Force Camp
Overseas peacekeeping scenarios: Adapting to complex environments and ensuring logistical power supply.
Border Patrol Station
In remote border areas, off-grid power supply ensures the operation of duty equipment.
International Certification System
Holds grid connection certificates from 9 countries, ensuring smooth international market access for our products.
Belgium
Based on EN50549-1:2019, C10/11:2021
Certified
France
EN50549-1:2019 + EN50549-2:2019 + EN 50549-10 + French differences XP C151 VDE 01261 VFR 20109
Certified
Spain
RD1699/27001/27002-NTS
Certified
Germany
VDE-AR-N 4105 VDE 0124
Certified
Poland
Based on EN50549-1/10, PSE2018+PTTIREE
Certified
South Africa
South Africa NRS 097-2-1
Certified
United Arab Emirates/Dubai
DEWA 2016 LV
Certified
Brazil
INMETRO ORDINANCE 140:2022+ INMETRO ORDINANCE 515:2023
Certified
Thailand
MEA/PEA
Certified
Success Stories
Implemented and validated in multiple countries and regions worldwide, demonstrating the reliability of the solution.
Consulting Solutions
Fill in the requirement information, and we’ll provide you with a customized microgrid solution for overseas camps.