Leading Hybrid Renewable + Thermal EPC

The Future of Reliable Clean Energy

USP&E delivers turnkey hybrid renewable + thermal power stations combining gas turbines, solar PV, and battery storage across USA, Middle East, and Africa—guaranteed 24/7 clean energy.

Introduction: The Hybrid Power Revolution with Proven Excellence


The global energy transition has reached a critical inflection point—renewables alone cannot deliver 24/7 reliability, yet fossil fuels alone fail sustainability mandates. The solution? Hybrid renewable + thermal power stations that combine solar PV, battery energy storage systems (BESS), and clean-burning gas turbines into intelligent microgrids delivering both reliability and decarbonization.


Enter USP&E Global—the world's leading EPC and O&M specialist for hybrid power solutions. With 150+ successful projects across 35 countries, USP&E pioneered hybrid thermal + solar + BESS integration in remote mining camps, island grids, and industrial complexes across the USA, Middle East, and Africa. From 5 MW village microgrids to 500 MW utility-scale engineering, EPC, refurbishment and O&M projects, we deliver turnkey hybrid power stations designed for the future of energy.


"Whatever you do, work heartily, as for the Lord and not for men." — Colossians 3:23 (ESV)


Why Hybrid Renewable + Thermal is the Optimal Power Solution


1. 24/7 Reliability with Maximum Renewable Penetration


Pure solar/wind projects face intermittency challenges—clouds, nighttime, seasonal variation. Pure thermal (gas/diesel) projects fail emissions targets. Hybrid systems deliver both:


  • 60–80% renewable energy penetration during optimal conditions
  • Gas turbine/engine backup providing instant dispatchable power
  • BESS smoothing (eliminating solar ramp-rate issues)
  • Zero blackouts (N+1 redundancy across multiple technologies)


2. Lowest Levelized Cost of Energy (LCOE)


Hybrid configurations optimize capital deployment:


  • Solar PV: $0.02–0.04/kWh (daytime baseload)
  • BESS: $0.05–0.08/kWh (peak shaving, frequency regulation)
  • Gas turbines: $0.06–0.10/kWh (backup, firming capacity)
  • Combined LCOE: $0.05–0.07/kWh (vs. $0.12–0.18/kWh diesel-only)


Result: 40–60% total energy cost reduction over 20-year project life.


3. Emissions Reduction & ESG Compliance


Hybrid systems meet the strictest environmental mandates:


  • 70–85% CO₂ reduction vs. diesel/HFO baseload
  • 90% renewable energy certificates (RECs) in optimal climates
  • Paris Agreement compliance (1.5°C pathway alignment)
  • Corporate sustainability goals (Apple, Google, Amazon net-zero commitments)


4. Ultra Fast-Track Deployment (12–18 Months)


USP&E's integrated EPC approach slashes timelines:


  • Single design authority (no solar EPC + thermal EPC coordination delays)
  • Unified SCADA/EMS (energy management system from day one)
  • Pre-engineered solutions (modular solar + containerized BESS + proven turbines)
  • Parallel construction (civil, solar, thermal, BESS concurrently)


Total project timeline: 12–18 months (vs. 24–36 months for sequential procurement).


USP&E's Proven Hybrid Power Capabilities


Global Hybrid Project Portfolio


USA:


  • Texas Bitcoin Mining: 50 MW solar + 30 MWh BESS + 400 MW gas engines (operational 2026)
  • California Data Center: 25 MW solar + 15 MWh BESS + GE LM6000 (design phase)
  • Arizona Mining: 35 MW solar + 20 MWh BESS + CAT diesel backup (feasibility complete)


Middle East:


  • Syria Power Station Rehabilitation and EPC Study: Selected to send 12 top field service and design engineers from USP&E to Damascus to meet the MOE staff and work alongside our partner, UCC, to inspect and thoroughly audit the (8) utility grade power stations there (completed 2025)
  • Syria Power Station Refurbishment and Upgrade: this 8 power station upgrade project (2025).
  • Iraq Cement Plant: 40 MW MAN HFO 18v32/40 Reciprocating Engine Power Station (completed 2024)
  • Saudi Arabia NEOM: 245 MW gas turbines (completed 2024)
  • UAE Industrial Park: 75 MW solar + 40 MWh BESS + Siemens SGT-800 (feasibility 2025)
  • Oman Desert Camp: 10 MW solar + 5 MWh BESS + 8 MW diesel (feasibility 2024)


Africa:


  • Mali Gold Mine: 20 MW solar + 8 MWh BESS + 100 MW HFO (operational since 2020—significant lube oil and fuel savings)
  • Mali LIthium Mine: 26 MW diesel + BESS & PV in phase two (completed in 2025)
  • South Africa Industrial: 30 MW solar + 15 MWh BESS + 25 MW gas engines (feasibility)
  • Togo National Grid: 40 MW solar (potential) + 20 MWh BESS (potential) + 50 MW gas turbines (EPC completed; O&M contract)
  • Burkina Faso National Grid: 200MW HFO + renewables in phase two (awarded and PPA being negotiated. Slated for 2026)


Largest Hybrid Equipment Inventory


  • Solar PV: 500+ MW of tier-1 modules (Longi, JA Solar, Trina) in stock
  • BESS: 200+ MWh of lithium-ion systems (Tesla Megapack, BYD, CATL, Fluence)
  • Gas turbines: 100+ MW owned (GE, Solar, Siemens) + 500+ MW exclusive
  • Reciprocating engines: 4,000+ MW (CAT, Cummins, Jenbacher, MTU)
  • Hybrid inverters: ABB, SMA, Schneider (grid-forming, black-start capable)
  • existing stock selling fast. all equipment is subject to prior sale, first come first serve.


Fast-Track Hybrid EPC Delivery (12–18 Months)



Advanced Hybrid Control Systems


USP&E deploys AI-powered Energy Management Systems (EMS):


  • Predictive solar forecasting (machine learning cloud cover prediction—95% accuracy)
  • Real-time dispatch optimization (minimize fuel consumption while maintaining reserves)
  • BESS degradation modeling (maximizing battery life—20+ year asset management)
  • Grid services (frequency regulation, voltage support, black-start)
  • Remote monitoring (24/7 NOC in Houston, Dubai, Johannesburg)

Regional Hybrid Power Solutions - Target Markets for USP&E


USA: Hybrid Power for Data Centers, Mining & Microgrids


Data Center Hybrid Campuses (50–500 MW)


Target Markets: Texas, Arizona, Nevada, Virginia


  • 100 MW Solar + 60 MWh BESS + 150 MW Gas Turbines
  • Day: 80% solar (BESS absorbing excess, exporting to grid)
  • Night: Gas turbines + BESS (maintaining 99.99% uptime)
  • Benefits: ITC/PTC tax credits (30–40% CapEx reduction), REC generation, corporate ESG compliance


Bitcoin Mining Hybrid Plants (25–100 MW)


Target Markets: Texas, North Dakota, Kentucky


  • 50 MW Solar + 30 MWh BESS + 60 MW Natural Gas Engines
  • Curtailment revenue: Mine during low electricity prices, sell solar during peaks
  • Benefits: Grid stabilization payments (ERCOT ancillary services), 60% energy cost reduction


Industrial Microgrids (10–50 MW)


Target Markets: California, Northeast Islands, Alaska


  • 20 MW Solar + 12 MWh BESS + 25 MW Dual-Fuel Turbines
  • Islanding capability (operate independent of grid during outages)
  • Benefits: Demand charge reduction (50–70%), backup power (hurricanes, wildfires)

Middle East: Hybrid Power for NEOM, Industrial Cities & Islands


Mega-Projects: NEOM, Red Sea, Diriyah Gate (200–1,000 MW)


Target Markets: Saudi Arabia, UAE, Qatar


  • 500 MW Solar + 250 MWh BESS + 400 MW Gas Turbines
  • Green hydrogen integration (electrolyzer load management)
  • Benefits: Vision 2030 compliance (50% renewable target), tourism/hospitality 24/7 power


Industrial Free Zones (50–200 MW)


Target Markets: Jebel Ali (UAE), Duqm (Oman), KAEC (Saudi)


  • 100 MW Solar + 60 MWh BESS + 120 MW Gas Turbines
  • Cogeneration (waste heat for desalination, district cooling)
  • Benefits: Manufacturing competitiveness (low energy costs), export-oriented industries


Island & Remote Resorts (5–25 MW)


Target Markets: Maldives, Seychelles, Red Sea Islands


  • 10 MW Solar + 6 MWh BESS + 12 MW Diesel/Gas
  • Underwater cable elimination (full energy independence)
  • Benefits: Ultra-luxury eco-tourism ($1,000+/night rooms), UNESCO heritage compliance

Africa: Hybrid Power for Mining, Utilities & Rural Electrification


Mining Off-Grid Power (25–150 MW)


Target Markets: Mali, Burkina Faso, DRC, Zambia, Ghana


  • 40 MW Solar + 20 MWh BESS + 60 MW Diesel/HFO
  • 30–50% fuel cost reduction (diesel hedging, renewable offset)
  • Benefits: ESG compliance (Barrick, AngloGold sustainability mandates), power cost certainty


Case Study: Mali Gold Mine (Operational Since 2020)


  • 20 MW solar + 8 MWh BESS + 45 MW diesel
  • 38% fuel savings ($4.2M annually)
  • 98.7% availability over 4 years
  • Zero grid dependency (mine operates 24/7/365)


Utility Grid Stabilization (50–300 MW)


Target Markets: South Africa, Kenya, Nigeria, Ghana


  • 150 MW Solar + 80 MWh BESS + 120 MW Gas Turbines
  • Wheeling agreements (sell excess solar to grid during peak demand)
  • Benefits: Load shedding elimination, ancillary services revenue (frequency control)


Rural Mini-Grids (1–10 MW)


Target Markets: Tanzania, Uganda, Mozambique, Sierra Leone


  • 3 MW Solar + 1.5 MWh BESS + 2 MW Diesel
  • Community ownership models (BOT, PPP structures)
  • Benefits: AfDB/World Bank financing, agricultural productivity (irrigation pumps), healthcare (cold chain)

Hybrid System Design Configurations


Configuration 1: Solar-Dominant Hybrid (70–80% Renewable)


Optimal for: High solar irradiation regions (Middle East, Africa, Southwest USA)


System Architecture:


  • Solar PV: 60% of peak load (e.g., 60 MW for 100 MW demand)
  • BESS: 3–4 hours storage (40–50 MWh)
  • Gas turbines/engines: 100% backup capacity (100 MW)


Energy Flow:


  • 6am–6pm: Solar provides 80–100% of load, excess charges BESS
  • 6pm–10pm: BESS discharges during evening peak
  • 10pm–6am: Gas turbines provide baseload (10–40% load factor)


Economics: $0.05–0.07/kWh blended LCOE, 75% CO₂ reduction


Configuration 2: Balanced Hybrid (50–60% Renewable)


Optimal for: Moderate solar regions (Southeast USA, North Africa, Southern Africa)


System Architecture:


  • Solar PV: 40% of peak load (e.g., 40 MW for 100 MW demand)
  • BESS: 2–3 hours storage (25–35 MWh)
  • Gas turbines/engines: 80% firm capacity (80 MW)


Energy Flow:


  • Peak sun hours: Solar + BESS charging
  • Shoulder hours: Solar + gas turbines (part-load)
  • Night/cloudy: Gas turbines + BESS (smoothing load changes)


Economics: $0.06–0.08/kWh blended LCOE, 60% CO₂ reduction


Configuration 3: Thermal-Dominant Hybrid (30–40% Renewable)


Optimal for: Cloudy regions, high reliability requirements (data centers, hospitals)


System Architecture:


  • Solar PV: 20–30% of peak load (e.g., 25 MW for 100 MW demand)
  • BESS: 1–2 hours storage (15–25 MWh)
  • Gas turbines/engines: 100% firm capacity + N+1 redundancy (120 MW)


Energy Flow:


  • Daytime: Solar offsets gas turbine fuel consumption
  • BESS: Peak shaving, frequency regulation, UPS function
  • Gas turbines: Baseload + spinning reserve (99.9%+ availability)


Economics: $0.07–0.09/kWh blended LCOE, 40% CO₂ reduction


Technology Integration & Innovation



Grid-Forming Inverters (GFM):


  • Black-start capability (restart grid without external power)
  • Inertia emulation (stabilize frequency like synchronous generators)
  • Seamless islanding (transition from grid-connected to off-grid in <20ms)


Manufacturers: ABB PCS100, SMA Sunny Central Storage, Schneider Conext Core XC


AI-Powered Energy Management


USP&E's proprietary SmartPower EMS platform includes:


  • Solar forecasting: 15-minute resolution, 95% accuracy (neural networks + satellite data)
  • Load prediction: Historical patterns + weather + industrial schedules
  • Optimal dispatch: Mixed-integer linear programming (MILP) for cost minimization
  • Degradation modeling: Predicting BESS replacement 2–3 years in advance

Why USP&E Is the Global Hybrid EPC Leader


1. Single-Source Accountability


Unlike competitors who subcontract solar or thermal packages, USP&E is the prime EPC for all systems:


  • Unified design authority (no interface coordination delays)
  • Single warranty (no finger-pointing between solar/thermal/BESS contractors)
  • Integrated commissioning (one team, one schedule)


2. Proven Hybrid O&M Excellence


USP&E operates 260+ MW across hybrid configurations with industry-leading performance:


  • 99.3% average availability (Mali, Togo, UAE projects)
  • 20% OpEx reduction vs. industry benchmarks (predictive maintenance, remote diagnostics)
  • BESS life extension (optimal charge/discharge algorithms adding 3–5 years)


3. Flexible Financing Structures


  • Power Purchase Agreements (PPAs): $0.06–0.09/kWh fixed, 15–25 year terms
  • Build-Own-Operate (BOO): USP&E owns, client buys power
  • Build-Own-Operate-Transfer (BOOT): Transfer after 10–15 years
  • Energy-as-a-Service (EaaS): Monthly subscription, zero CapEx
  • Tax-equity partnerships: ITC/PTC optimization (USA projects)


4. Regional Expertise: USA, Middle East, Africa


USA:

  • FERC/NERC compliance (grid interconnection, reliability standards)
  • IRS tax credit optimization (ITC 30%, PTC $0.027/kWh)
  • State incentives (California SGIP, Texas property tax abatement)

Middle East:

  • Vision 2030 alignment (Saudi 50% renewable target)
  • DEWA/ADWEA approvals (UAE utility interconnection)
  • Desalination integration (cogeneration, waste heat)

Africa:

  • AfDB/World Bank compliance (environmental/social standards)
  • Local content requirements (South Africa B-BBEE, Nigerian local content)
  • Currency hedging (protecting against devaluation in USD-denominated PPAs)


5. ISO Certifications & Safety Record


  • ISO 9001:2015 (quality management)
  • ISO 45001:2018 (occupational health & safety)
  • ISO 14001:2015 (environmental management)
  • Zero fatalities in 25 years, 150+ projects
  • Zero project abandonments or client lawsuits

Common Client Questions—Answered


"What's the optimal solar/thermal/BESS sizing ratio?"


It depends on:


  • Solar resource: 5.5+ kWh/m²/day → 70% solar; <4.5 kWh/m²/day → 40% solar
  • Load profile: Flat 24/7 (data center) → larger BESS; variable (mining) → smaller BESS
  • Reliability requirement: 99.99% → 2N thermal redundancy; 99.5% → N+1
  • Fuel cost: >$1.50/liter diesel → maximize solar; <$0.60/liter → balanced hybrid


USP&E provides custom modeling using HOMER Pro, PVsyst, and proprietary algorithms.


"How do you handle solar intermittency during critical operations?"


Multi-layer resilience:


  1. Weather forecasting: 95% accurate 4-hour predictions (ramp gas turbines preemptively)
  2. BESS buffer: 15–30 minute rapid response (cover cloud transients)
  3. Gas turbine spinning reserve: 10–20% capacity online (instant pickup)
  4. Hybrid inverters: Seamless transition (<20ms, undetectable to load)


"What's the payback period vs. diesel-only?"


Typical payback:


  • USA: 5–8 years (with ITC/PTC incentives)
  • Middle East: 6–10 years (dependent on gas prices)
  • Africa: 4–7 years (high diesel costs, $1.20–2.50/liter)


Mali case study: $12M hybrid investment, $4.2M annual fuel savings → 2.9-year payback.


"Can you integrate with existing diesel/gas plants?"


Yes—retrofit hybrid is our specialty:


  • Add solar PV (30–50% daytime offset)
  • Add BESS (peak shaving, spinning reserve)
  • Upgrade controls (unified SCADA, optimal dispatch)
  • Existing gensets become backup (reduce runtime 60–80%)


Typical retrofit timeline: 6–12 months (vs. 12–18 months greenfield).


"What happens when batteries degrade?"


USP&E provides full lifecycle management:


  • Years 1–10: Optimal operation (80–100% capacity)
  • Years 10–15: Graceful degradation (60–80% capacity, still valuable for energy shifting)
  • Years 15–20: Second-life applications (stationary storage, off-grid)
  • End-of-life: Recycling partnerships (Li-Cycle, Redwood Materials—95% material recovery)


Financial planning: BESS replacement reserve ($50–80/kWh annually) included in O&M contracts.


Get Started: USP&E's 4-Step Hybrid EPC Process


Step 1: Feasibility Study (30–60 Days, $30–250k)


We analyze:


  • Solar resource assessment (satellite data + ground validation)
  • Load profiling (historical demand, growth projections)
  • Fuel baseline (current costs, supply reliability)
  • Site constraints (land area, grid interconnection, environmental)
  • Financial modeling (20-year LCOE, NPV, IRR, payback)


Deliverable: 50–150 page bankable feasibility study (World Bank/IFC-compliant).


Step 2: Detailed Engineering (60–120 Days, $150–500k)


Includes:


  • Solar field design (PVsyst modeling, tracker optimization)
  • BESS specification (chemistry selection, fire suppression, thermal management)
  • Thermal plant integration (dual-fuel, CHP, black-start)
  • SCADA/EMS architecture (cybersecurity, remote monitoring)
  • Electrical single-line diagrams (HV/MV/LV, protection coordination)
  • Civil/structural drawings (foundations, cable trenches, access roads)


Deliverable: Complete construction-ready design package.


Step 3: EPC Execution (12–18 Months)


Unified project management:


  • Equipment procurement (4–6 months, parallel solar/thermal/BESS)
  • Site development (3–6 months, civil works)
  • Installation (4–8 months, modular construction)
  • Commissioning (3–6 weeks, integrated testing)


Milestone payments: 20% deposit, 30% equipment delivery, 30% installation complete, 20% commissioning.


Step 4: O&M & Optimization (15–25 Year Contracts)


Performance-based SLAs:


  • Availability guarantee: 98–99.5%
  • Renewable energy target: 60–80% (weather-adjusted)
  • Fuel consumption cap: <X liters/MWh (baseline reduction)


Continuous improvement: Annual efficiency audits, technology upgrades (inverter firmware, BESS augmentation).


Current Hybrid System Inventory & Packages




Conclusion: The Hybrid Future Is Here—And USP&E Built It


The energy transition doesn't require choosing between reliability and sustainability—hybrid renewable + thermal power stations deliver both. Whether you're powering a 500 MW data center campus in Texas, a remote gold mine in Mali, or a luxury resort in the Maldives, USP&E Global is the only EPC partner with:


✅ Proven hybrid expertise (operational projects across 3 continents)

✅ Fastest delivery (12–18 months vs. 24–36 months)

✅ Largest equipment inventory (solar + BESS + thermal, ready to deploy)

✅ Best-in-class O&M (99%+ availability, 20-year asset management)

✅ Flexible financing (PPA, BOOT, EaaS—zero CapEx options)

✅ Single-source accountability (one contract, one warranty, one team)


The future of power is hybrid. The leader in hybrid power is USP&E.


Contact us today for a free feasibility study and discover why Fortune 500 companies, governments, and visionary developers trust us with the world's most advanced power solutions.

Contact USP&E Global


Will Gruver

Chairman & Founder

📧 Contact via website

🌐 Offices: USA (Houston, Texas) | UAE (Dubai) | South Africa (Johannesburg)

📱 WhatsApp inquiries welcome


Harnessing Energy for Life

Speed with Excellence. Extreme Ownership.


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Scripture Reflection:

"The earth is the Lord's and the fullness thereof, the world and those who dwell therein." — Psalm 24:1 (ESV)

At USP&E, we believe stewardship of creation and service to humanity go hand in hand. Hybrid power systems honor both—reducing emissions while ensuring reliable energy for hospitals, schools, businesses, and homes. Every project is an act of worship, harnessing energy for life in its fullest sense.

Let's build a cleaner, more resilient energy future—together.