Format: Live instructor-led online training via Zoom / Microsoft Teams

Procurement of Renewable Energy and Climate-Smart Technologies Training Course

Course Overview

The Procurement of Renewable Energy and Climate-Smart Technologies Training Course is a specialized capacity-building program designed to equip procurement professionals, energy sector managers, sustainability officers, climate change specialists, public procurement practitioners, infrastructure planners, ESG officers, and supply chain professionals with advanced competencies in renewable energy procurement, climate-smart technology sourcing, sustainable energy acquisition strategies, green infrastructure procurement, carbon-neutral procurement systems, solar and wind energy procurement planning, energy efficiency technologies sourcing, climate-resilient procurement frameworks, ESG-aligned energy investments, and clean technology supply chain management.

The course focuses on enabling organizations to transition toward low-carbon procurement systems by integrating renewable energy solutions and climate-smart technologies into procurement planning and execution processes.

Participants will gain practical knowledge on evaluating renewable energy suppliers, assessing climate-smart technologies, managing green procurement contracts, and applying lifecycle costing models in sustainable energy procurement decisions.

The program combines global best practices, real-world case studies, and hands-on procurement simulations to strengthen strategic decision-making in renewable energy and climate-smart procurement systems.

Course Objectives

1.     Understand renewable energy procurement principles and frameworks.

2.     Apply climate-smart procurement strategies in organizations.

3.     Evaluate renewable energy technologies for procurement decisions.

4.     Integrate sustainability and ESG principles into energy procurement.

5.     Develop procurement plans for solar, wind, and hybrid systems.

6.     Assess supplier capability in renewable energy markets.

7.     Apply lifecycle costing in energy procurement decisions.

8.     Strengthen climate-resilient procurement systems and policies.

9.     Improve efficiency in clean technology sourcing and contracting.

10.  Support organizational transition to low-carbon procurement systems.

Organization Benefits

1.     Reduced carbon footprint through sustainable procurement practices.

2.     Improved efficiency in renewable energy investments.

3.     Enhanced compliance with climate and ESG regulations.

4.     Stronger adoption of clean and green technologies.

5.     Cost savings through optimized lifecycle procurement models.

6.     Increased energy efficiency across organizational operations.

7.     Improved sustainability reporting and transparency.

8.     Strengthened resilience against climate-related risks.

9.     Enhanced reputation as a climate-conscious organization.

10.  Better alignment with global sustainability goals (SDGs).

Target Participants

This course is designed for procurement officers, energy managers, sustainability professionals, climate change officers, infrastructure planners, ESG analysts, public procurement regulators, engineers, NGO program managers, consultants, and professionals involved in renewable energy procurement and climate-smart technology sourcing.

Course Outline

Module 1: Introduction to Renewable Energy Procurement

·       Renewable energy procurement principles

·       Global energy transition frameworks

·       Procurement in solar, wind, hydro systems

·       Clean energy policy environments

·       Energy market structures

·       Case Study: Transitioning a public institution to renewable energy procurement systems

Module 2: Climate-Smart Technologies in Procurement

·       Climate-smart technology overview

·       Low-carbon technology adoption strategies

·       Green innovation in procurement

·       Energy-efficient systems evaluation

·       Environmental impact considerations

·       Case Study: Adoption of climate-smart procurement technologies in a manufacturing plant

Module 3: Renewable Energy Supplier Evaluation

·       Supplier qualification frameworks

·       Technical capability assessment

·       Financial viability of energy suppliers

·       Compliance and certification checks

·       Supplier sustainability scoring

·       Case Study: Evaluating solar energy suppliers for a national infrastructure project

Module 4: Green Procurement Planning for Energy Systems

·       Energy procurement planning models

·       Demand forecasting for renewable energy

·       Procurement budgeting for clean energy

·       Integration of ESG into planning

·       Risk assessment in energy procurement

·       Case Study: Developing a renewable energy procurement plan for a government hospital system

Module 5: Lifecycle Costing in Energy Procurement

·       Total cost of ownership in energy systems

·       Lifecycle assessment methodologies

·       Cost-benefit analysis for renewable energy

·       Long-term procurement value optimization

·       Maintenance and operational cost analysis

·       Case Study: Applying lifecycle costing in wind energy infrastructure procurement

Module 6: Solar Energy Procurement Systems

·       Solar technology procurement frameworks

·       Photovoltaic system sourcing

·       Supplier selection for solar projects

·       Installation and contract management

·       Performance evaluation systems

·       Case Study: Implementing large-scale solar procurement for rural electrification programs

Module 7: Wind Energy Procurement Strategies

·       Wind energy procurement models

·       Turbine supplier evaluation

·       Site assessment and feasibility studies

·       Contract structuring for wind projects

·       Risk mitigation strategies

·       Case Study: Wind farm procurement project in a coastal energy development zone

Module 8: Energy Storage and Smart Grid Procurement

·       Battery storage technologies

·       Smart grid procurement systems

·       Energy storage supplier assessment

·       Grid integration strategies

·       Technology performance evaluation

·       Case Study: Procurement of battery storage systems for a national utility company

Module 9: ESG and Climate Compliance in Energy Procurement

·       ESG frameworks in energy procurement

·       Carbon compliance standards

·       Environmental regulations and policies

·       Sustainability reporting systems

·       Audit and monitoring mechanisms

·       Case Study: ESG compliance integration in a renewable energy procurement project for a multinational corporation

Module 10: Risk Management in Renewable Energy Procurement

·       Procurement risk identification

·       Climate risk assessment models

·       Supply chain risk in energy systems

·       Financial risk mitigation strategies

·       Contract risk management

·       Case Study: Managing procurement risks in a large-scale solar farm development project

Module 11: Digital Tools in Energy Procurement

·       Digital procurement platforms

·       Energy analytics systems

·       Smart procurement dashboards

·       AI in renewable energy sourcing

·       Blockchain in energy contracts

·       Case Study: Implementing digital procurement tools in a smart grid energy project

Module 12: Future of Climate-Smart Energy Procurement

·       Future energy procurement trends

·       AI-driven renewable energy systems

·       Smart contracts in energy procurement

·       Autonomous energy procurement platforms

·       Global clean energy transformation models

·       Case Study: Designing a future-ready renewable energy procurement ecosystem integrating AI-powered energy forecasting engines, blockchain-enabled green energy certification systems, real-time climate analytics dashboards, smart contract-based energy trading platforms, predictive renewable energy demand modeling systems, integrated ESG compliance monitoring frameworks, and fully automated climate-smart procurement decision ecosystems for global net-zero transformation

General Information

1.     Customized Training: All courses can be tailored.

2.     Language Proficiency: English proficiency required.

3.     Comprehensive Learning: Structured presentations and exercises included.

4.     Certification: FDC-K certificate awarded.

5.     Training Locations: FDC-K centers, in-house, or online.

6.     Flexible Duration: Course adaptable.

7.     Onsite Inclusions: Facilitation, materials, meals, certificate.

8.     Additional Services: Accommodation support available.

9.     Equipment: Optional laptops/tablets provided.

10.  Post-Training Support: One-year free consultation.

11.  Group Discounts: 10%–50% for groups above two.

12.  Payment Terms: Before commencement unless agreed.

13.  Contact: training@fdc-k.org | +254712260031

14.  Website: www.fdc-k.org