4%
Portfolio PUE
1.17
Target ≤ 1.15 by Q4
6%
Renewable share
49
%
Solar + basalt thermal
11%
Water intensity
0.31
L/kWh
MENA benchmark 1.8
9%
Lithium reliance
14
%
Rock heat + flywheel offset
Solar battery
MWh
68%
41.2 MWh left
Basalt heat sink
MWh-th
81%
122 MWh-th left
Recycled water
kL
54%
612 kL left
Lithium buffer
MWh
22%
8.4 MWh left
Energy mix — last 24h
Solar generation, basalt thermal discharge, and grid draw
Solar Basalt loop Grid Demand
AI advisor
4 recommendations · projected savings 2.7 GWh / 118 kL water
Shift 18% of Cairo West load to basalt loop
-31% water · -12% lithium wear
94% conf
Pre-charge NEOM thermal storage at 11:20 solar peak
+2.4 GWh green buffer for tonight
89% conf
Retire evaporative tower A-3 in Dubai South
Saves 41 kL water/day · ROI 7mo
82% conf
Enable free-air cooling window 03:00–06:00
Cuts chiller runtime by 44 min
97% conf
Cooling method mix
Portfolio-wide, this week
- Basalt thermal loop42%
- Dry adiabatic24%
- Solar absorption chill22%
- Legacy water tower12%
Water & lithium footprint
Trending down · AI reallocations active
Thermal loop
Basalt rock temperatures — average across storage columns
Column peak 612°CRound-trip eff. 88%
Sites across MENA
PUE · water intensity · solar share
| Site | PUE | Water L/kWh | Solar % | Status |
|---|---|---|---|---|
| Riyadh 01 | 1.14 | 0.28 | 92 | Optimal |
| NEOM Edge | 1.09 | 0.11 | 98 | Optimal |
| Dubai South | 1.22 | 0.41 | 74 | Watch |
| Cairo West | 1.31 | 0.62 | 61 | Action |
| Casablanca | 1.18 | 0.33 | 81 | Optimal |
| Muscat Coast | 1.24 | 0.47 | 70 | Watch |
Water saved YTD
18.4M L
Lithium cycles avoided
312k cycles
Solar energy captured
94.2 GWh
CO₂ avoided
42.1k tCO₂e