Generate electricity exactly when you need it most. Our vertical bifacial solar fences harvest sunlight from both East and West, delivering peak energy in the morning and evening while providing unmatched privacy and architectural elegance.
Why standard South-facing rooftop solar struggles in the modern dynamic energy market, and how vertical bifacial fencing solves it.
When thousands of South-facing solar panels generate peak power at 13:00, grid supply overwhelms demand. On dynamic EPEX spot contracts, electricity prices frequently plunge to zero or negative values. If your solar inverter shuts off or your feed-in compensation is docked, you lose money.
An EnerGeek East-West vertical solar fence follows an M-Curve:
By producing when energy spot prices reach peak levels (€0.20 to €0.45/kWh), your solar fence yields up to 35% higher economic return per kWh generated compared to unbuffered noon solar.
In garden perimeters, grass grows and shadows shift. Why standard TOPCon panels fail in fences, and how our N-Type ABC Back-Contact cells keep producing at up to 90% power.
Unlike rooftop solar elevated meters above obstructions, fences stand right beside lawns, garden borders, flowerbeds, and posts. Grass naturally grows against the bottom edge between mowings.
The Traditional TOPCon Flaw: Conventional panels use series strings protected by only 3 bypass diodes. When 10–15 cm of grass shades the bottom cells, the diode activates—cutting 33% to 50% (or even 100%) of the panel's output and triggering dangerous 140°C hot spots.
The EnerGeek ABC Solution: With All-Back-Contact (ABC / HPBC) technology, each individual cell features microscopic internal current-shunting channels. Current autonomously flows around shaded spots without tripping diodes or bottlenecking the string.
Engineered for extreme durability, European wind loads, and seamless garden integration.
Dual 2.0mm tempered safety glass construction. No fragile plastic backsheets. Resistant to hail stones, flying garden debris, pets, weed whackers, and high-pressure cleaning.
Patented N-Type ABC cell architecture autonomously shunts current around bottom grass, weeds, and garden posts without dropping string voltage.
Heavy-gauge anodized aluminum and hot-dip galvanized steel uprights calculated to withstand Category 2 and 3 storm gusts (Eurocode 1 EN 1991-1-4) with deep ground-anchored footings.
Unlike flat or tilted roof panels where dust, pollen, bird droppings, and leaves accumulate, vertical panels allow rainwater to wash dirt straight down into the soil.
| Parameter | Residential 1.2m | Privacy 1.8m | Security / Commercial 2.0m |
|---|---|---|---|
| Module Technology | N-Type ABC / HPBC (All Back Contact) Dual Glass | N-Type ABC / HPBC (All Back Contact) Dual Glass | N-Type ABC / HPBC (All Back Contact) Dual Glass |
| Shade Resistance | TÜV Class A Anti-Shading (Cell-Level Autonomous Bypass) | TÜV Class A Anti-Shading (Cell-Level Autonomous Bypass) | TÜV Class A Anti-Shading (Cell-Level Autonomous Bypass) |
| Aesthetics & Finish | Pure Obsidian Black (Zero Front Busbars / Grid Lines) | Pure Obsidian Black (Zero Front Busbars / Grid Lines) | Pure Obsidian Black (Zero Front Busbars / Grid Lines) |
| Peak Power per Meter | ~250 - 290 Wp / meter | ~400 - 460 Wp / meter | ~450 - 520 Wp / meter |
| Bifaciality Factor | 85% – 90% (Front & Rear Harvesting) | 85% – 90% (Front & Rear Harvesting) | 85% – 90% (Front & Rear Harvesting) |
| Post Material | Galvanized Steel / RAL 7016 | Galvanized Steel / RAL 7016 | Reinforced Structural Steel |
| Inverter Pairing | Victron SmartSolar MPPT | Victron SmartSolar MPPT | Victron SmartSolar / Commercial MPPT |
Tell us about your perimeter length and location. We will calculate your estimated yield, wind class requirements, and return on investment.
