Find all our current Projects here:
Off-Grid Solutions for the Tourism Industry in the Pacific Islands
With backing from the German Fed. Ministry for Economic Affairs and Climate Action via the Energy Export Initiative, the Off-Grid Renewable Energy project is designed to facilitate the entrance of German companies into foreign markets, here focused on Pacific Island countries (PICs).
Through comprehensive market analysis and informational events, the project aims to empower German businesses to actively contribute to the energy transition in the PICs. This project will also be relevant for New Zealand-based German subsidiaries as well as NZ-based distributors of German products.
Project Opportunity
The PICs, driven by ambitious emission reduction goals and a strong commitment to sustainable development, face challenges such as reliance on diesel generators, vulnerability to climate change-induced disasters, and high costs of imported fossil fuels. Our project addresses these issues by exploring the potential for sustainable, decentralized, and off-grid power networks, particularly in the tourism sector. Leveraging the abundant renewable resources of sunlight, wind, and geothermal energy in the Pacific Islands, the project seeks to establish scalable and replicable off-grid renewable energy solutions.
The ultimate goal of the Off-Grid Energy Project is to foster collaboration between German SMEs and the PICs, facilitating a transition to a sustainable and cost-effective energy supply.
Green Future Solar and Hydrogen Energy for Rarotonga Cook Islands
Project Summary:
The project aims to create an inclusive and sustainable energy system by involving a variety of stakeholders, including energy provider Te Aponga Uira and several government ministries (Education, Tourism, Environment, and Infrastructure). The goal is to contribute to climate protection, energy security, and cost reduction, with a focus on knowledge transfer, particularly to local communities, students, and youth.
Key Outcomes:
- Feasibility study and model project plan.
- Establishment of a long-term, sustainable stakeholder network.
- Training and capacity-building for the local community to support future energy initiatives.
Objectives: The project will focus on integrating technological, economic, and social factors, with key locations like Motu Beachfront Villas Resort, Kent Community Hall, and Titikaveka School serving as demonstration platforms. Smart meters will be installed at these sites to gather energy data, essential for the feasibility study and developing the project plan. Workshops will promote renewable energy awareness, fostering community engagement and ensuring long-term project sustainability.
Water Infrastructure in New Zealand – Urban Water Resilience with a Focus on Extreme Weather Events
This project, funded by the German Federal Ministry for Economic Affairs and Energy (BMWE), is part of the Market Entry Programme (MEP) designed to support German SMEs in accessing international markets. Focusing on water resilience in New Zealand, the initiative brings together German technology providers and New Zealand stakeholders to address shared infrastructure challenges, particularly those driven by extreme weather events.
Through market insights, a dedicated business delegation visit, a high-level industry conference, expert roundtables and tailored B2B meetings, the project facilitates meaningful exchange and long-term partnerships. German participants will showcase innovative technologies that address water supply security, wastewater management, system monitoring, and climate adaptation.
Project Objectives
- Strengthen water infrastructure resilience in New Zealand by introducing proven technologies and solutions from Germany.
- Support German SMEs in exploring and entering the New Zealand market through targeted matchmaking and visibility opportunities.
- Foster bilateral collaboration and knowledge-sharing between German solution providers and New Zealand stakeholders.
- Promote sustainable innovation to tackle the impacts of climate change on urban water systems.
