Hybrid Microgrid & Power Distribution Solutions
Engineered power systems that combine solar PV, battery energy storage, diesel generators, and intelligent controls to deliver reliable, cost-effective power for any application, anywhere in the world.
Complete Power Solutions
From single equipment supply to turnkey microgrid projects, we deliver engineered solutions that match your requirements.
Solar-Diesel-Battery Hybrid Microgrid
Integrate solar PV, battery energy storage, and diesel generators into one intelligent microgrid. Reduce fuel consumption by up to 60% while maintaining 24/7 power reliability.
Containerized Power Systems
Pre-engineered, factory-tested power solutions in standard shipping containers. Plug-and-play deployment for remote sites and emergency power needs.
Telecom Tower Hybrid Power
Purpose-built hybrid systems for off-grid telecom sites. Solar + battery + generator with remote monitoring for zero-touch operation.
Diesel Generator Hybrid Retrofit
Upgrade existing diesel generators with solar PV and battery storage without replacing infrastructure. Cut fuel costs and extend generator life.
Power Distribution for Microgrids
Complete LV/MV switchgear, transformers, and distribution panels. Full protection, metering, and control in one integrated system.
Battery Energy Storage Systems
Lithium iron phosphate (LFP) battery storage from 10kWh to MWh scale. Integrated BMS, thermal management, and fire suppression.
How We Deliver Solutions
Our proven 5-step engineering process ensures every solution is optimized for your specific site conditions, budget, and operational requirements.
Site Assessment
Remote survey or on-site visit to collect load profile, solar irradiation data, space constraints, and existing infrastructure details.
System Design
Our engineers model multiple configurations using HOMER Pro and PVsyst, optimizing for lowest LCOE and fastest payback period.
Factory Assembly & Testing
All components are pre-assembled, wired, and fully tested at our factory before shipping. FAT witnessed by client or third-party.
Global Shipping
Containerized systems ship via sea freight with full export documentation. We handle customs clearance and inland logistics coordination.
Commissioning & Support
On-site commissioning by our engineers or remote guidance. 2-year standard warranty with optional extended support and remote monitoring packages.
Why Choose Jinxing Power
What sets our solutions apart from trading companies and assemblers.
🏭 Real Manufacturer, Not a Trader
ISO 9001-certified factory with 5,000m² production floor. We design, build, and test every system in-house — no middlemen, no markup.
🚀 60% Faster Delivery
Standard containerized systems ship in 4-6 weeks. Custom engineered systems delivered in 8-12 weeks — half the industry average.
💰 Factory-Direct Pricing
No distributor margins. Component-level cost transparency. Competitive pricing that makes hybrid power ROI-positive in 2-4 years.
📦 Global Project Experience
Projects delivered to 15+ countries across Asia, Africa, the Middle East, and Latin America. IEC, ANSI, and AS/NZS standards compliance.
Ready to Power Your Project?
Tell us about your power requirements and we will design a tailored solution with pricing within 48 hours.
Get a Free Quote →Solution Comparison
Choose the right hybrid configuration for your site. Each option balances capital cost, fuel savings, and complexity.
| Solution Type | Best For | Solar Share | Typical Payback |
|---|---|---|---|
| Diesel + Battery | Quick wins, existing gensets | 0% (battery only) | 1.5-2.5 years |
| Solar + Diesel (no battery) | Low-budget, grid-tied backup | 20-30% | 3-4 years |
| Solar + Battery + Diesel (Balanced) | Most commercial projects | 50-65% | 3-4 years |
| Solar + Battery + Diesel (Aggressive) | High fuel cost sites, islands | 70-85% | 4-6 years |
| 100% Solar + Battery | Eco resorts, small loads | 100% | 5-8 years |
Frequently Asked Questions
What is the minimum load a hybrid system can serve?
Our smallest hybrid systems serve loads as low as 3kW (single telecom tower). We have deployed systems ranging from 3kW single-site to 5MW industrial microgrids. The control architecture scales without redesign — the same EMS software runs on a 5kW residential system and a 5MW mine.
How long does a battery system last?
LiFePO₄ batteries in our hybrid systems are rated for 6,000+ cycles at 80% depth of discharge. For a system that cycles once per day, this is approximately 16 years of operation. Real-world degradation is typically 2-3% per year. We include battery health monitoring in our EMS to track degradation and predict end-of-life.
Can hybrid systems work in extreme climates?
Yes. Our systems operate from -40°C to +55°C ambient. Cold-climate versions include battery heating and engine block heaters. Hot-climate versions include derated components, enhanced cooling, and tropicalized electronics. We have operating systems in Mongolia (-35°C winter), Saudi Arabia (+52°C summer), and the Andes (4,500m altitude).
What maintenance does a hybrid system need?
Compared to diesel-only, hybrid maintenance is 50-80% lower. The diesel generator runs far fewer hours, reducing oil changes, filter replacements, and wear. Solar panels require only annual cleaning. Battery systems are sealed and maintenance-free. The EMS predicts maintenance needs and can often resolve issues remotely without a site visit.
Do you provide financing options?
We work with development banks, climate finance funds, and equipment leasing partners to offer financing for qualifying projects. Common structures include Power Purchase Agreements (PPAs), equipment leasing, and ESCO (Energy Service Company) arrangements where we finance the system and you pay per kWh consumed.