Texas 350 MWh Installation: Traditional vs Envault V3

Texas 350 MWh Installation: Construction Layout Analysis

Interactive Engineering Comparison | Empower IT × Emtel Energy Partnership

$16.2 Million Total Project Savings | 94% Less Land Required
Traditional Lithium BESS Installation
5.83
Acres Required
96
Container Units
253,800
Square Feet
$2.5M
Fire Suppression Cost
705 ft Length
360 ft Width
253,800 Sq Ft

Traditional Lithium System Requirements:

Configuration: 96 containers @ 3.65 MWh each
Container Size: 40' × 20' × 9.5' high
Fire Spacing: 15' minimum between all units
Emergency Access: 24' wide roads required
Fire Suppression: $2.5M system required
Thermal Management: Active cooling systems
Cycle Life: 6,000-10,000 cycles typical
Power Density: 0.36 MW per 1,000 sq ft

Click on any red container unit to see detailed specifications

Envault V3 Stackable Installation (Same 350 MWh)
0.34
Acres Required
6
Container Positions
350
MWh Complete
14,850
Square Feet
$0
Fire Suppression Cost
135 ft Length
110 ft Width
Envault V3: 0.34 Acres | Traditional: 5.83 Acres
Blue = Complete 350 MWh Storage

Envault V3 System Specifications:

Configuration: 597 units @ 586kWh each
Stacking: 149 positions, 4 units high
Unit Size: 6'6" × 4'11" × 6.5' each
Stack Height: 20' total per stack
Fire Suppression: Not required (zero risk)
Thermal Management: Passive design only
Cycle Life: 500,000+ cycles per cell
Power Density: 6.1 MW per 1,000 sq ft

Space Revolution Visualization: The blue stacks show the TOTAL area needed for 350 MWh with Envault V3. Toggle button reveals how much space traditional lithium would require for the same capacity.

Project Transformation Summary

94% Less Land
14,850 sq ft vs 253,800 sq ft
$9.1M Savings
Infrastructure cost elimination
Zero Fire Risk
No thermal runaway possible
6 Months Faster
Simplified permitting & construction