Scaling continuous prime power for expanding oil and gas operations in the Algerian desert with a secondary deployment of heavy-duty Perkins diesel generators.
As major petrochemical extraction sites scale up production, their energy demands increase exponentially. Following the successful initial deployment of Emsa prime power systems, the SONATRACH operations in Algeria required further energy capacity to bring new drilling sectors and refining equipment online. In these remote, off-grid desert locations, adding generating capacity means delivering hardware that can seamlessly synchronize and endure relentless, round-the-clock operation.
Purpose
To scale up the primary power grid for SONATRACH's expanding petrochemical infrastructure. These additional units serve as continuous prime power sources, engineered to support newly installed extraction machinery and ensure output quotas are met without interruption.
Where
Location: Algeria (Supplied via Netherlands)
Facility Type: Oil and Gas / Petrochemical Expansion
To meet the demands of this expansion, Emsa Jeneratör delivered two additional 1250kVA generators. Utilizing the same trusted Perkins 4008 series engines and Stamford alternators as the initial phase, these units ensure perfect synchronization and load sharing across the site's expanding microgrid. Their heavy-duty cooling systems are specifically calibrated to prevent overheating during Algeria's blistering summer months.
Supply & Technical Specifications
- Capacity: 1250 kVA (per unit)
- Engine: Perkins (Model: 4008-30TAG3)
- Alternator: Stamford (Model: S6L1D-F4)
- Quantity Supplied: 2 Units
Tangible Results and Impact
This capacity upgrade significantly bolstered the site's energy independence. Key project outcomes include:
- Seamless Scalability: Integrated perfectly with the existing power infrastructure, allowing for an immediate increase in daily extraction volume.
- Relentless Endurance: Proven prime power reliability, driving heavy industrial motors 24/7 despite harsh sandy conditions and extreme heat.