Renewables
250 MW Gulf of Suez 1 Wind Farm Project
Capacity: 252 MW; 70 units Vestas V105-3.6 MW
- Finalizing RfP documents
- Assistance during tendering, tender evaluation, contract negotiations, contract preparation
- Factory inspections and acceptance tests
- Construction and commissioning supervision under the EPC contract stipulations
- Evaluation of trial test
- Supervising of three years defect liability, O&M performance of the wind farm
500 MW BOO Gulf of Suez 2 Wind Farm -Complete Owners Engineering Services
Capacity:
- Installed capacity: 500 MW
- Total number of turbines: 83
- WTG type: Goldwind GW 165-6.0 MW, 97.5 m hub height
- Electrical equipment:
- Substation 220/33 kV 4 x
- 180 MVA transformers
- Wind measurement station: 5 wind measurement stations installed
- Construction supervision
- Project management
- Basic design
- Project development
- Commissioning
- Experts Mission and Consultancy
- Design Review
- Tendering Process
- HSE
- Siting Studies
121 MW Wind Farm Complex in Evia
Capacity: 121 MW 21 x Nordex, Enercon (different types)
- Independent Wind Energy Yield Assessment
- Technical Due Diligence incl. contracts Review, Turbine Technology Review, Technical Design Review, Project/Payment Schedule Review, CAPEX / OPEX Assumptions Verification, Permits / Licenses Review
- Construction Monitoring incl. Construction Progress Monitoring, Provision of Site Visits / Progress Reporting, Approval of Drawdown Requests, Verification of Project Completion
- Operation Monitoring incl. Review of Wind Farm Performance, Review and evaluation of losses caused by downtime, repair, corrective maintenance events, etc., Review of actual O&M costs vs forecast, Provision of site visits Owner’s
Gulshat Solar PV Plant
Capacity: 40 MWp
- Review of the total Project implementation, incl. explanations of major deviations in time, budget and technical performance of the Project;
- Confirm the completion of the Project to the Bank.
- Review and confirm the key acceptance, completion and commercial operation tests, incl. acceptance of civil works and electrical works, performance testing, commissioning and final handover.
- Review and advise on as-built documentation completeness, snagging and punch list items and confirm ESAP compliance.
- Confirm the acceptability of the final O&M procedures, including detailed environmental and social monitoring and management plans for the operational phase; as well as the completion of punch list items.
Wind – Solar
UAE government funded program to install and
operate hybrid wind and solar plant
Capacity:
- Total capacity 103.5MW
- 23 Goldwind 155 Turbines
- 14MWp single-axis tracking solar PV plant
Owner’s Engineer
- Wind Farm Planning for the four pilot wind farm sites, including execution of topographical and geotechnical studies
- Preparation of Tender Documents and support during the tender phase, comprising assistance in bid clarifications, tender evaluation and assistance during contract negotiations
- Preparation and execution of a wind measurement campaign for a period of minimum 12 months, comprising a LIDAR measurement and four wind measurement masts of 100 m height each
- Support during the extension planning of the wind measurement sites towards commercial scale wind farm sites
Owners Engineering Kairouan PV Plant
Capacity: Combined capacity 100 MW The plants will utilize single axis tracker systems, string inverters, and monocrystalline modules.
Owner’s Engineer Services
- Design Review
- Construction Supervision
- Commissioning Supervision
Hybrid Power Plant Jatropha/Diesel & PV & BESS
Capacity: New 1,600 kW Diesel power plant fueled by Jatropha vegetal oil, Diesel as back-up fuel; 1MWp PV plant and 330 kWh / 660 kW BESS
- Project management
- Demand forecast; design of hybrid system, design review & approval
- Assessment of existing power plant
- Conceptual design for new power plant
- Review of electrical studies
- Techno-economical assessment
- Tendering & evaluation of bids
- Assistance in contract negotiations
- Construction supervision
- Plant performance assessment during warranty period
Turkish Offshore Wind & Wave Energy Potential
Capacity:
- Wind and wave potential analysis
- Creation / update of on- and offshore wind atlas
- Review of setback requirements of wind turbines
- Review of existing wind and wave data
- Set up model of wind and wave atlas
- Assessment of offshore wind turbine techniques and European standards
Battery Storage Weißenthurm-Kettig 50MW/100MWh
Main data: General Planning of a 50 MW / 100 MWh Battery Energy Storage systems and cable connections: The project aim is to develop and install a battery storage power plant in the Westnetz GmbH distribution grid at the high-voltage and medium-voltage level. The system should be designed as 2h systems and participate in the energy trading market and the balancing market by providing system services.
Consultancy Services
- Basic Design
- Detailed Design
- Preparation of Tender Documents
- Site Supervision
- Commissioning
Heinersbrück Hybrid Storage System
Client intends to build an innovative large-scale battery hybrid storage facility “Grid-Batt” with the aim of providing short-term system services for grid stabilization and the profit-optimized integration of renewable electricity at the planned Heinersbrück substation.
Consultancy Services
- Review of client’s existing concept
- Concept review
- Preselection of available technologies
- Concept planning
- Benefit analysis >
- Selection of preferred technology>
- Pre-assessment of feasibility
Kosovo BESS Project
Main data: The objective of the Energy Storage Project is to support Kosovo’s energy security and transition to a cleaner energy future, as reflected by usage of energy storage systems, availability of the energy storage system, and reduced cost of securing adequate electricity for Kosovo. The main project characteristics were the Design, Procurement and Supervision of 3 Battery Energy Storage Systems (250 MWh) for Multi-Functional Energy Storage and Frequency Restoration Reserves.
- Basic Design
- Preparation of Tender Documents
- Supporting the procurement process
- Design Review
- Site Supervision and Activities
Generation, Transmission and Distribution Master Plan
Main data: Design and supervision for the procurement, supply, installation, commissioning, and initial operation of a grid integrated battery energy storage system of 20 MW / 30 MWh for primary frequency response.
Consultancy Services and Capacity Building
- Preliminary Design
- Procurement of EPC Contractor
- Detailed Designs
- Site preparation and civil works
- Supervision of Installation & Testing and Commissioning
- Identification of Client’s Staff training needs
- Quality assurance of training for Client’s staff
NEOM Green Hydrogen Project (NGHP)
NGHP is the world’s largest industrial-scale green hydrogen facility (4 GW). This project is the design and construct of this green hydrogen facility consisting of a 2 GW electrolyzer where it includes an Electric Power Management System (EPMS) that will monitor, control, and optimise solar PV plant (2200 MW), wind farm (1650 MW), BESS (400 MW).
Lahmeyer is providing OE services for the EPMS that include:
- Leading workshops with EPC in the design and commissioning phase of the EPMS
- Gap assessment and recommendation of the control philosophy
- Design review including Functional Design Specification, communication architecture, hardware and software list, EPMS signals etc.
- Testing procedure involving RTDS and controller-Hardware-in-the-Loop (HIL)
Next Generation of T&D Technologies
Assess and identify the emerging technologies required to transition towards a smart grid within both the Asian region and countries incl. Egypt, Turkey, Kazakhstan etc.
- Development of the T&D strategy roadmap to guide AIIB in its future project investment on technologies incl. SCADA/EMS, HVDC, IEDs, Microgrid Controller, SF6-fee GIS, Substation Automation System etc
- Technology cost-benefit analysis of grid modernization such as the implementation of EMS platform to intelligently control, monitor and optimize distributed generation resulting in increasing energy security, reduction in emissions, O&M, electricity costs etc.
A250 Stade - Landesbergen
Capacity:
- 380 kV new line: approx. 160 km
- 220 kV dismantling line: approx. 150 km
- Superior project management
- Project control: Scheduling, cost management, QM, contract management, Deviation & risk management, reporting, document management
- Planning coordination: Coordination of interfaces with 380 kV substations and cable junctions
- Design stage: Design approval, detailed design of 380 kV Overhead Line
- Award stage: Award preparation and participation in the awarding of contracts
- Implementation stage: Construction coordination & supervision on site
UK-Germany Interconnector
NeuConnect is a proposed HVDC interconnector connecting the British and German transmission systems
Main data:
- 1.4 GW
- Submarine cable (525 kV DC 720 km)
- Two HVDC converter stations
- Two 400 kV substation
Commercial and Technical Due Diligence
- Assistance (tendering & bid evaluation)
- Review of right of way procedures
- Review of applied QM system
- Check of risk management procedures
- Review of previous studies and tenders
- Commercial Review
Distribution Control Centres
SCADA/DMS – Substation project
Main data:
- SCADA/DMS linked to substation equipment and integrated with AMI, MDM
- District-related telecommunication
- 2 x GIS
- Project management, reporting
- Document review
- Tendering & evaluation report
- Contract negotiation
- Design review and approval
- Factory acceptance test
- Site supervision
- Guarantee phase reporting
Power Supply for Industrial Development and Access Scale-up Project (MDSAPIAP)
Capacity:
- 130 km of 230 kV Mekele-Dallol Transmission Line
- 175 km of 230 kV Semera-Afdera Transmission Line
- Construction of two (2) new 230 kV Substations
- The construction of the substations includes:
- Extension of the existing 230 kV substation at Mekele by installing additional two 230 kV line bays to Dallol;
- Construction of a new 230/132/33 kV Dallol substation with 230 kV double bus bar system, two 230/33kV, 125 MVA power transformers, two 230 kV line bays and 33 kV indoor and outdoor equipment (Five feeder).
- Construction of 33/0.4 kV distribution lines and off grid solar power supply for rural towns of Dallol and Afdera
- Project Supervision and Management; Review of Contract Documents; Assistance during Contract Negotiation; Design Approval; Supervision of Construction; Training
Smart Grid Network Upgrade Study
Capacity:
- Grid for supply of 1 million customers
- Investments prioritized based on highest GHG reductions
- German Government committed € 122 m under “Climate & Technology Initiative”
- Stage 1
- Data collection and site investigation; Basic Design; Substation Conceptual Design; Renovation of 33 kV Lines; Network Analysis; Rapid Environmental Assessment (REA)
- Stage B
- Assessment of Distribution System Operation; Structuring of Network; Operation with a SCADA System
Qatar Power Transmission System Expansion – Phase XIII Project
Capacity:
- Construction of new
- Substations 3x 220 / 66 / 11kV 18x 132 / 11 kV 16x 66 / 11 kV
- Extension and Modification of several Substations (including GIS)
- Double circuit XLPE underground cables: 1x220kV, 20×132 kV, 8×66 kV
- Cable connections within S/S area
- Project Administration, Contract Management, Claim Management
- Engineering Review
- Factory Inspection and Acceptance Test
- Supervision of Construction Works, Testing and Commissioning
- Project Completion
12.5 MW Battery Energy Storage
Capacity:
- Innovative Li-Ion battery storage
- Output / Capacity: 12.5 MW / 13.5 MWh
- 25,400 Li-Ion cells in 4 containers
- 1 power converter container
- 3×4 MVA step-up transformers 20/0.4 kV
- Evaluation of overall technical concept
- Recommendation for factory and site acceptance testing and trial operation
- Review of safety functions for the prevention of environmental impacts
- Compliance with standards and norms
Synchronization of WAPP Interconnected System
Capacity:
- Static and Dynamic Analysis of the WAPP interconnection network
- Static VAr Compensators in 3 Substations (2 in Niger and 1 in Senegal)
- Installation of PMUs in 24 substations across 9 different West African countries and integration into the existing WAMS system
- Upgrade of Protection, Control and SPS (Special Protection Scheme) in various substations in the entire network
- Tender documents, evaluation and selection of contractors
- Assistance during Contract Negotiations and award of contracts
- Project management
- Review and approval of design documents
- Supervision of construction and commissioning
- Assistance during the warranty
220 kV Transmission Line Gaita-Nyakanazi
Capacity:
- Construction of a new 220 kV double circuit transmission line from Geita to Nyakanazi 140 km
- Extension of the 220/33 kV substation in Geita
- Construction of a new 220/33 kV substation in Nyakanazi
- Construction of a new 220 kV double circuit transmission line from Geita to Nyakanazi 140 km
- Rural electrification system for the clusters Geita-Bwanga and Nyakanazi-Kakonko
- Project Management
- Data collection & Site investigations
- Line routing and design of 220 kV substations and overhead lines
- Analyses by means of a geographical information system (ArcGIS)
- MV/LV survey works and design
- Preparation of Tender documents
- Resettlement Action Plan
- Site Supervision
Ethiopia-Kenya Power System Interconnection
In the frame of the East African Power Pool master plan, a power transmission line has been constructed between Ethiopia and Kenya.
Main data
- 2 GW; ±500 kV direct current power transmission line of 1,068 km
- Construction of two substations for the conversion of 400kV AC to 500 kV DC
- 2 ground electrode stations
- Project management and Reporting
- Design Review and Approval
- Factory Acceptance Test Witnessing
- Site Supervision Construction
- Commissioning Supervision
- Integration into national LDCs
Moldelectrica Transmission Rehabilitation – PIU Consulting Services
Capacity:
- Change/Installation of 12 substations’ power-transformers (110/35/10 kV) and 3 reactors 400 kV
- Replacement of 35/10 KV switchgears reconstruction of 400 kV, 110 kV and 35 kV substations bays as well as 63 switchgear cells 10 kV
- Reconstruction of 1 substation 110/10 kV in service and rebuild of 1 new substation 110/10 kV Reconstruction of 5 portions of high voltage lines 110 kV (total of about 118 km)
- Site supervision, monitoring and reporting
- Commissioning and operational acceptance
- Monitoring of implementation of Environmental and Social Action Plan (ESAP)
- Know-how transfer
- Preventive maintenance
Gas-to-X
Vasilikos Power Station - Unit 6 - Phase V - CCGT, 1x160 MW
Capacity: 160 MWel
- Conceptual design / Basic Design study
- Pre-Contract Engineering
- Tender specification
- Technical &Financial Evaluation of Tenders
- Contract negotiation
- Compilation of contract documents
- Design review and approval
- Progress and design meetings
- Workshop inspections and tests
- Site supervision
- HO backup services for site supervision
- Guarantee period
Navoi-3
JICA Energy Modernization Program in Uzbekistan
New Construction of a CCPP, a 500/220 kV substation and a power transmission line at the existing gas fired PP
Capacity: 650 MW
- 1 x 1 on 1 (multi-shaft)
- Gas turbine: 1 x M701JAC
- Steam turbine: 1 x MPW (extraction)
Owner’s Engineer
- Project management
- Design review and approval
- Factory Acceptance Tests participation
- Erection supervision
- Head offices backup services for site supervision
- Training/technology transfer to Client’s staff
- Commissioning supervision
- Acceptance testing supervision
- O&M consultancy / technical support
Tashkent Thermal Power Cogeneration Plant Construction
Capacity:
- 32 MWel each
- 2 heat recovery steam generators (HRSG) with capacity of 40 Gcal/h
- Preparation of pre-qualification and tender documentation
- Concept design
- International Bidding and contract negation
- Engineering services and detailed design review
- Factory inspections
- Site supervision during implementation
- Commissioning supervision
- Assistance during guarantee period
Kinyerezi Power Complex – Dar es Salam
Phase I: 150 MW SCGT Plant
Phase II: 240 MW CCPP – First combined cycle power plant in East Africa
Phase III: 185 MW SCGT Plant
Capacity: 150 / 240 / 185 MW
Phase I: 4 x LM 6000 (General Electric)
Phase II: 6 x H-25 (MHPS) & 2 x ST (KHI)
Phase III: 4 x LM 6000 (General Electric)
Owner’s Engineer
- Project Management
- Design Review and Approval
- Factory Acceptance Tests Participation
- Erection Supervision
- Training to TANESCO Staff
- Commissioning Supervision
- Acceptance Testing Supervision
- Defect Liability Period
Fadhili Combined Heat and Power Plant
Captive power suppling steam and electricity to the Fadhili Gas Plant, which will provide considerable portion of its sales gas demand
Capacity: 1,520 MW
- CCPP 1x (5+2)
- 5 SGT6-5000F, 5 GE HRSG and 2 Doosan ST with air cooled condensers.
- F-Class gas turbine
Owner’s engineer
- Project management
- Design review
- Site construction supervisions
- Factory and workshop inspection
- Testing and commissioning supervision
Qurayyah Combined Cycle Power Plant
Capacity: 1,820 MWel + 3,200 MWel
Owner’s Engineer
- Project Management
- Contract Management
- Design Review and Approval
- Procurement Review Services
- Site Construction Supervision
- Factory and Workshop Inspection
- Testing and Commissioning Supervision
900 MW BQPS-III Combined Cycle PP
Capacity: 900 MW
- Project management
- Contract management
- Design review and approval
- Procurement review services
- Site construction supervision
- Factory and workshop inspections
- Testing and commissioning supervision
- Home office backup services for site supervision
- Support during warranty time
Jhang – Jhang Shorkot CCPP
Capacity: 1,237 (net) MWel (CCPP); 220 kV 2 x H–class (SGT5-8000H)
Owner’s Engineer
- Technology selection
- Bankable feasibility study
- Functional technical specification
- Tender documents preparation
- Bid evaluation
- Contract negotiation (EPC, O&M, LTSA)
- Project management
- Contract management
- Design review and approval
- Procurement review services
- Site construction supervision
- Factory and workshop inspections
- Testing and commissioning supervision
- Support during warranty time
National Management Power Parks Company (NPPMCL)
Four H-Class power plant projects realized simultaneously to meet the future power demand
Balloki-Mouza Kot Akbar
Haveli Bahadur
Shah – Jhang Shorkot
Bhikki
Capacity: 4 x 1200 MW
Configuration: 4 x combined cycle GE H-class gas turbine
Owner’s Engineer
- EPC Contract Management
- Design Review
- Site supervision
- Commissioning
Hydrogen
Green Hydrogen Plant
First industrial scale hydrogen production facility in the country – Owner’s Engineer
Capacity: 100 MW Electrolyzer
Phase 1 – Pre-Financial Close
- Investment Decision Support
- Energy and Integrated model Review
- Contracting Support for EPC / O&M / LTSA
- Support for FEED phase Technical Closeout
- Permits, Licenses and site studies / documents review
HyTech Hafen Rostock
Planning of a 100 MW electrolysis plant at the HyTech Hafen Rostock at the site of the existing coal-fired power plant Rostock.
Capacity: 100 MW
EPCM planning services for the H2 process systems (water purification, electrolyzer, gas purification, compression, gas storage, trailer filling station)
- Basis of design
- Pre-engineering
- Basic engineering
- Tender design
Electrolysis plant in Amintaio
Green hydrogen production on a decommissioned lignite power plant site, transport via pipeline & blending in the natural gas grid
Capacity: 50 MW
Pre FEED
- Selection of the electrolysis technology
- Evaluation of hydrogen storage options
- Site visit to identify existing site conditions and utility interfaces
- Pipeline preliminary routing and sizing
- RFQ process for electrolyzer system
- RFQ process for H2 compressor
- Basic design
- Minimum functional specification
Green H2 / NH3 Project in Egypt
Capacity:
- 100 MW electrolyzers pilot project for green hydrogen/green ammonia /e-methanol production
- Additional 900 MW electrolyzers in the scale-up phase
Feasibility study
- Review of regulatory and certification aspects
- Review of health and safety aspects
- Development of project risk management plan
- Prelim. environmental and social risk review
- Site visit and utilities and infrastructure assessment
- Technical description of electrolysis, NH3/CH3OH plants & storage
- Optimization of the value chain and the power supply configuration
- CAPEX and OPEX estimation & financial analysis
- Development of project schedule
4 GW Hydrogen
Lahmeyer International (formerly Tractebel Engineering GmbH) successfully supported the Client to submit a Feasibility Study to sign FWA with Egyptian authorities in the frame of COP27. The Feasibility Study was further elaborated for final submission.
Capacity:
- 2 x 200 MW pilot projects (for ammonia/e-methanol production)
- 4 GW targeted total capacity
Feasibility study
Services provided:
- Concept screening and basic design of PV, Wind, electrolysis, NH3/CH3OH plants & storage
- Optimization of the value chain nodes and the power supply configuration
- TIC and development cost estimation & financial analysis
- Development of the project execution plan
Development of a Hydrogen Supply Facility
Technical planning of a 5 MW electrolysis plant incl. trailer filling station at existing plant site in the Rhine-Main area.
Capacity: 5 MW
Technical planning and consulting
- Preliminary design (building-, structure planning)
- Basic design
- Process, electrical and civil design
- Layout planning and 3D modelling
- Safety concepts (explosion, fire, noise)
- CAPEX estimation
- Time scheduling
- Assessment of permitting aspects
HyWind
Lahmeyer International (formerly Tractebel Engineering GmbH) successfully supported the funding application for a green hydrogen project, aiming to produce green hydrogen from an onshore wind farm, providing hydrogen for local mobility applications
Technical Advisory
- Design Basis
- Conceptual design of a 1 MW electrolysis plant including compression and tube-trailer filling station for H2 distribution
- Equipment pre-dimensioning
- Preliminary layout planning
- Total Investment Cost (TIC) estimation
- Re-evaluation of process design and cost estimate
- Site analysis and site visit
- Analysis of permitting requirements
- Pre-scoping meeting with authorities
HyMontafon
Lahmeyer International (formerly Tractebel Engineering GmbH) investigated the possibility to produce green hydrogen via water electrolysis with green electricity from a biomass CHP plant and PV, fueling a local bus fleet by an onsite hydrogen refueling station.
Capacity: 387 MW
Pre-Feasibility study
- Conceptual design of electrolysis plant and H2 refueling station for public transport at existing biomass CHP plant
- Techno-economic system optimization between multiple power sources (biomass CHP plant, PV plant, grid electricity)
- Analysis of heat recovery & usage for local district heating network
- Business case analysis (LCOH, NPV, IRR)
- CAPEX / OPEX estimation
New Plant Cottbus
Fuel cell buses are to be used in Cottbus in the future. Lahmeyer is investigating the economic feasibility of a hydrogen production plant including a filling station. The electrolysis plant is to be built on the site of Deutsche Bahn’s future new maintenance center for high-speed trains.
Capacity: H2 production for 46 buses
Feasibility Study
- Clarification of the task based on the client’s requirements planning
- Determining the planning boundary conditions and advising on the overall performance requirements
- Optimizing the conceptual system configuration according to technical and economic criteria with the Tractebel „Prosumer“ software
- Determining the investment and operating costs
- Cost-benefit analysis
MH2Regio Frankfurt / Germany - Waste to Wheels
Capacity: ~5 MW electrolyzer installed at incinerator site to supply hydrogen for diverse mobility users
Development of a Regional H2 Mobility Strategy
Services provided:
- Conceptual design of electrolyzer, distribution hub, refueling stations for busses, trucks, trains & ships
- CAPEX / OPEX estimation
- Optimization of configuration and operation of the entire H2 system
- Financial analysis for all involved project participants incl. determination of needed level of subsidies to be competitive towards conventional mobility concepts
Offshore Production Platform for Green H2 and NH3
Capacity: 100 – 400 MW (modular)
Concept study
- Conceptual design of electrolysis plant of size 100 – 400 MW and ammonia synthesis unit (300t/d), balance-of-plant and platform structure (topsides)
- Definition of the system configuration for main and utility units
- Layout planning
- CAPEX/ OPEX estimation
- LCOH calculation
- Economic & Financial model