The Problem
In tight margins, every percentage point matters
Traditional solar parks leave money on the table
Water Retention Loss
• Bare, compacted soil
• Zero water infiltration
• Immediate runoff
Production Loss
• Panels reach 70-75°C on hot days
• 3-5% efficiency loss from heat
• Accelerated equipment degradation
Higher O&M Costs
• €80k/year per 100MW
• Dust accumulation from bare soil
• Frequent maintenance cycles
Compliance Challenges
• Community opposition
• Environmental regulations
• Biodiversity requirements
The Solution
The Soil Sponge Effect
Transform solar parks into productive ecosystems
Healthy Soil + Native Vegetation + Water = Natural Cooling
Before: Degraded Land
- •Bare, compacted soil with zero water retention
- •High surface temperatures (70-75°C)
- •Dust accumulation on panels
- •Low soil carbon and low biodiversity
After: Soil Sponge Effect
- •Living soil with 400% water retention capacity
- •Natural cooling reduces temps by up to 10°C
- •Vegetation reduces dust by 60%
- •3-5% efficiency gain recovered
Measurable Impact
Water Retention
+400%
Soil moisture capacity
Production
3-5%
Energy yield increase
O&M Costs
-40-60%
Lower maintenance
Longevity
1-5
Years extended life
Biodiversity
+200%
Species increase
Scalable Solution
From One Park to Enterprise Scale
Expert-supported service delivers comprehensive assessment results in weeks, not months
Step 1
Select Parks
Add GIS/maps
→
Step 2
Connect API
SCADA & O&M data
→
Step 3
Generate Model
AI analysis
→
Step 4
View Results
IRR, Payback, Cash Flow
→
Step 5
Refine Design
Bankable design
Get Your Assessment
Contact us to discuss your solar portfolio optimization