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Solution Case

JGM Microgrid Solution – Redefine Energy Efficiency & Autonomy

1. Core Pain Points of Traditional Power Supply

1. Grid Fragility & Production Interruption Risk

Traditional power grid is vulnerable to single-point failures, which easily cause large-scale blackouts; critical loads cannot keep running, leading to heavy production losses.

2. Uncontrollable Electricity Cost & Price Fluctuations

Users passively bear grid price volatility with high and unstable power expenses; they have no right to independently schedule and control energy.

3. Inflexible Standardized Power Supply

Traditional power supply adopts a one-size-fits-all mode, which cannot match the customized power demand of special scenarios such as mines and construction sites.

4. Low Utilization of Local Clean Energy

Lack of a complete system to connect and consume local wind and solar energy, making it difficult to realize green and low-carbon operation.

 

2. Our Solution Approach & Entry Angle

Core Idea: Build a self-sufficient, stable and intelligent local microgrid to help users fully control energy autonomy.

Entry Angles:

1. Localized energy construction: Integrate PV/wind power, energy storage and management system to form a self-circulating power ecosystem.

2. Dual-mode secure operation: Support both on-grid and island operation to ensure uninterrupted power for key loads.

3. Integrated intelligent control: Realize unified scheduling and optimal allocation of source-grid-load-storage.

4. Scenario-based customization: Flexibly configure capacity and functions according to site demand.

 

3. Solution Results & Core Highlights

Achieved Results

· Ultra-high power reliability: Island operation eliminates outage risks, ensuring continuous operation of key equipment.

· Dramatic cost reduction: Independently dispatch green power, reducing electricity cost by over 60%.

· Strong scenario adaptability: Customized configuration perfectly matches mines, construction sites and industrial parks.

· Green & low-carbon: Maximize local consumption of clean energy to support carbon neutrality.

 

Core Highlights

1. Dual operation modes: Free switching between on-grid and island, leading in power supply stability.

2. Extreme cost saving: Cut electricity expenses by more than 60%, with obvious long-term benefits.

3. Full customization: Tailored solutions for different industrial and off-grid scenarios.

4. Intelligent integration: Source-grid-load-storage one-stop control, high energy efficiency.

5. Green empowerment: Maximize the utilization of local renewable energy.