​Lesson Objectives

• Understand the basic concepts of blockchain technology.
• Explore the key components of a blockchain.
• Learn about different types of blockchains: public, private, and consortium.

Lesson Outcome

• Participants will be able to explain the core concepts of blockchain and its relevance to digital philanthropy.

Lesson Objectives

• • Learn about the security features of blockchain technology.
  • Understand how blockchain promotes transparency and trust in renewable energy transactions.
  • Explore the role of smart contracts in automating energy transactions and ensuring data integrity.

Lesson Outcome

• • Participants will be able to assess the benefits of blockchain in enhancing security and transparency in renewable energy systems.

Lesson Objectives

• • Explore the concept of decentralised energy trading platforms powered by blockchain.
  • Understand how peer-to-peer energy trading can enable the efficient exchange of solar energy between prosumers.
  • Learn about blockchain-based energy marketplaces and their potential impact on the renewable energy sector.

Lesson Outcome

• • Participants will be able to evaluate the feasibility of implementing decentralized energy trading platforms in solar energy ecosystems.

​Lesson Objectives

• • Examine the role of renewable energy certificates (RECs) in incentivising solar energy production.
  • Explore how blockchain technology can enhance the issuance, tracking, and trading of RECs.
  • Learn about blockchain-based solutions for verifying the origin and impact of renewable energy generation.

Lesson Outcome

• • Participants will understand how blockchain can streamline the management of RECs and increase transparency in renewable energy markets.

Lesson Objectives

• • Explore how blockchain technology can improve transparency and traceability in the solar energy supply chain.
  • Learn about blockchain-based solutions for tracking the production, distribution, and installation of solar panels.
  • Understand the potential of blockchain to mitigate issues such as counterfeit products and unethical labor practices in the solar industry.

Lesson Outcome

• • Participants will be able to assess the benefits of implementing blockchain for supply chain transparency in solar energy.

​Lesson Objectives

• • Understand the regulatory landscape surrounding blockchain and renewable energy.
  • Explore policy considerations related to blockchain-based energy systems, including data privacy and consumer protection.
  • Learn about industry standards and best practices for navigating regulatory challenges in renewable energy blockchain projects.

Lesson Outcome

• • Participants will be equipped with the knowledge and tools to address regulatory and policy considerations in blockchain-enabled solar energy initiatives.

•  Upon completion of the course, participants will undergo an online assessment to ensure a thorough understanding of the key concepts and practical applications of blockchain technology in the Renewable Energy sector. 
• This assessment will evaluate participants' proficiency in applying blockchain principles to real-world scenarios. 
• By successfully completing the assessment, participants will demonstrate their readiness to leverage blockchain innovations to drive positive change and innovation in Renewable Energy sector.

As part of our commitment to your professional development, participants of our blockchain courses will receive access to a 30-day FREE trial period to iBantu Blockchain Solutions upon completion of the training.

During this trial period, participants will have the opportunity to explore and utilise our cutting-edge blockchain solutions, including our asset tracker and digital record on blockchain platform. This hands-on experience will allow you to apply the concepts and skills learned during the training to real-world scenarios within your industry.