SAEK provides independent, vendor-neutral advisory services for renewable and hybrid power systems, supporting clients in developing technically sound, operationally reliable, and economically optimized energy solutions.
Hybrid and renewable power systems are increasingly deployed to reduce energy costs, improve reliability, and decarbonize power supply. However, poorly defined system
architecture, inappropriate technology selection, or unrealistic performance assumptions can result in underperforming assets, operational complexity, and financial underachievement.
SAEK supports clients by providing objective technical insight across the full lifecycle of renewable and hybrid power projects — from early feasibility through to design review and operational strategy development.
Our advisory approach is independent of equipment vendors, EPC contractors, and
technology providers. This ensures that system recommendations are based on technical suitability, operational practicality, and lifecycle performance rather than product bias.
We work closely with clients to understand:
• Load characteristics and operational priorities
• Network constraints and grid interaction requirements
• Fuel availability and cost structures
• Reliability, redundancy, and resilience objectives
• Financial drivers such as LCOE, payback period, and lifecycle cost
Solutions are developed with a focus on long-term performance, maintainability, and adaptability to changing operational or regulatory conditions.
Our hybrid and renewable power systems advisory services typically include the following:
Assessment of technical feasibility, system configuration options, and high-level performance expectations for renewable and hybrid power solutions. This includes evaluation of different system architectures and operating strategies.
Definition of optimal system architecture, including the interaction between renewable generation, energy storage, conventional generation, and the grid. This includes assessment of centralized versus distributed configurations and control hierarchy.
Independent evaluation of technology options, including solar PV, battery energy storage systems (BESS), diesel and gas generation, and power conversion systems. Assessment focuses on technical suitability, performance characteristics, degradation, and operational constraints.
Assessment of energy storage requirements to support peak shaving, load shifting, renewable smoothing, backup power, or grid services. This includes evaluation of storage duration, power rating, cycling strategy, and integration with control systems.
Development of operating strategies defining how different generation sources interact under normal, contingency, and transition conditions. This includes assessment of control logic, priority dispatch, and operational modes.
Independent review of technical proposals, performance guarantees, and modelling assumptions provided by vendors or EPC contractors. Identification of technical risks, gaps, or overly optimistic assumptions.
Provision of technical inputs to financial models, including energy yield, availability assumptions, degradation rates, and operational constraints, supporting LCOE, payback, and lifecycle cost analysis.
Our hybrid and renewable advisory services are applied across a wide range of use cases, including:
• Grid-connected renewable generation projects
• Captive and behind-the-meter power systems
• Industrial and commercial energy solutions
• Hybridisation of existing diesel or gas generation assets
• Energy cost reduction and resilience projects
• Renewable and hybrid power developers
• EPC contractors delivering renewable projects
• Industrial and commercial energy users
• Infrastructure investors and asset owners
Clients engaging SAEK for hybrid and renewable advisory benefit from:
• Optimised system performance and efficiency
• Reduced fuel consumption and operational costs
• Improved reliability and resilience
• Independent, technology-neutral advice
• Reduced risk of underperforming assets
• Improved long-term economic outcomes
Typical deliverables include:
• Feasibility and options assessment reports
• System architecture and configuration documentation
• Technical evaluation and comparison of technology options
• Independent review reports on vendor and EPC proposals
• Clear, decision-focused recommendations
• Independent and vendor-neutral
• Deep technical understanding of hybrid systems
• Practical focus on real-world operation
• Senior-level advisory input
• Experience supporting projects across African and other emerging markets.
