Solar blocks are designed to be lifted and placed by any forklift. Weather-rated ruggedized material is used for reliability in extreme outdoor environments.
Solar blocks can be adjusted and locked to a desired tilt for maximum power generation.
Solar blocks are stackable for transport. Each module is 4" tall stacked.
Core
20ft Container - 100 kWh-1MWh Battery Capacity
Micora Cores contain standard 5 kWh LFP rack batteries. Battery quantity can be adjusted per project and container, ranging from 100 kWh to over 1 MWh of capacity. Additional inverters and power electronics can be included on request.
Solar blocks can be stacked and stored in the Core during transport and when not in use. In cases where a Core is full of batteries, solar blocks are shipped in a second container.
Experience detailed sensor measurement for constant monitoring even in remote environments. Starlink internet, RTK GPS positioning, lights, and security can be included as optional attachments.
System
Solar and storage is sized for each application's needs. Small generators and fuel cells add backup for greater uptime than diesel generators using hybrid generation that makes energy on site and does not require delivery.
Standard Diesel~95%
Daily maintenance - Not including risk of diesel delivery delays.
Micora Hybrid98%
Without fuel deliveries · Minimal maintenance
Our system software runs health checks 24/7 so you can rest easy. Faults are detected before they cause errors, and both blocks and core can still operate with individual modules offline. Solar panels require basic cleaning as needed.
Our systems are being deployed from remote islands in the Pacific to next-gen manufacturing sites. Designed to be portable, Micora can power mobile operations on the move and disaster relief projects that require fast response currently not found with renewables.
Site footprint
Minimum 500 sq ft
Solar capacity / sq ft
≈20 W / sq ft*
Deployment time
1–4 hours
Operating range
−10 to +45 °C
*Approximated based on standard deployment. Actual output varies by site.
