ZERO EXPORT CONTROLLER
Solar without the net metering headache — zero export device for maximum self-consumption.
Net metering sounds good in theory. In practice? WAPDA approval backlogs, technical requirements, and billing nightmares. Our Zero Export Controller (also called zero export device or export control device) gives you all the solar benefits without pushing a single watt back to the grid. Works seamlessly with Huawei, Sungrow, Growatt, Solis, GoodWe, and other leading inverters.
HERE'S WHAT MOST FACILITIES ARE DEALING WITH
The problem is real — and expensive.
WAPDA approval backlogs make net metering impractical
Sites where WAPDA penalizes export
Locations where export is technically not possible
Industries wanting full self-consumption optimization
WHAT WE DO ABOUT IT
The solution: automated, intelligent control.
Real-time export prevention
→ Inverter throttled to match exact load — zero export within ±2% accuracy
No net metering required
→ Use solar immediately, no approvals needed
Works with existing inverters
→ Supports Huawei, Sungrow, Growatt, Solis via RS485 Modbus
Grid-compliant operation
→ Zero WAPDA penalties, full compliance
Remote monitoring
→ Track zero export status from anywhere via dashboard
Built for real-world industrial environments.
Built for Pakistan's power-critical industries.
Commercial facilities without net metering
Textile mills and industrial plants
Rural industrial sites
Facilities with WAPDA export penalties
Self-consumption optimized sites
New solar installations and retrofits
See it in action.
300kW GoodWe Campus Solar Integration
Islamabad
Energy costs cut by 42%
University campus with multiple buildings integrated into a single hybrid system. Zero export ensures no WAPDA complications.
200kW Solis + 250kVA Cummins Commercial Hybrid
Karachi
Annual diesel savings: PKR 2.8M
Commercial plaza with mixed tenant loads. Zero export controller prevents grid feed-in while maximizing self-consumption across all floors.
400kW Huawei + 500kVA Cummins Hybrid System
Faisalabad
Diesel consumption reduced by ~38%
Complete hybrid energy system for a 24/7 textile dyeing unit. Solar handles 60% of daytime load. Generator kicks in only when needed — automatically.