ShisiGas Energy is a South African company founded in 2017. They have developed a digital platform for trading liquefied petroleum gas (LPG) to address the need for a reliable and accessible energy source amidst the electrical power crisis. Their platform combines an electronic device to measure gas levels with a network of suppliers, allowing users to determine when their gas is about to run out and safely access gas from reliable sources. The company aims to provide a better reach and service offering compared to existing alternatives in the market. They require funding of USD 60,000 to develop and manufacture the level measuring device and upgrade their software. Their initial target market is gas users supplied by informal resellers, with potential environmental impact in terms of electricity savings and reduced CO2 emissions. The leadership team consists of individuals with backgrounds in engineering, accounting, and public relations.

PulsarTech is a CleanTech Green Energy company founded in 2019. Based in Uitenhage, South Africa, the company has developed a fully OFF GRID technology that transfers electrical power from one location to another using radio frequency waves. Their solution is environmentally friendly, harnessing freely available radio frequency waves to transfer power without emitting greenhouse gases. PulsarTech aims to address the power crisis faced by the world, eliminating the need for further grid investment or heavy infrastructure. Their technology has applications in residential, commercial, and industrial sectors, providing reliable power and reducing costs. With a focus on sustainability and innovation, PulsarTech is poised to make a significant impact in the energy sector.

Naleks specializes in the sale of carports and electric car chargers. The company's main product, CarPort, is a parking structure that incorporates photovoltaic panels to generate electricity. The surplus energy can be used to charge electric cars or injected into the national grid. CarPort offers benefits such as reduced energy bills, protection for cars from the elements, efficient use of space, easier maintenance, and better power generation. The company aims to address the lack of parking spaces in the region and maximize their utilization. Naleks is currently focused on the market in the Republic of Moldova and Romania, targeting industrial areas, public institutions, and residential areas. They aim to develop efficient and innovative solutions for their customers.

The cleantech solution proposed by the company is the installation of photovoltaic panels to address the problem of reducing electricity consumption. With a small budget, the company aims to implement photovoltaic panels as a clean and economical energy solution that provides sustainable electricity without additional pollution. The benefits of this solution include long-term investment potential, savings from reduced energy consumption, and the ability to allocate the saved funds towards creating modern learning spaces. By harnessing the sun's rays, the photovoltaic panels offer a renewable and efficient source of electricity. The company seeks external capital to cover the installation costs, which will be sourced from the institution's budget and the local public authority. The installation of the panels is expected to result in significant electricity savings over time, contributing to a cleaner environment and a brighter future.

The company is a small agricultural producer focused on growing grapes and apples. They are seeking financing for a 4-hectare irrigation project for grapes and the construction of a small building made from hay panels. The irrigation system will allow them to efficiently use the existing water resources and improve their agricultural production process. Additionally, they plan to build an eco-friendly storage facility with solar batteries. The company aims to increase their commercial turnover by improving irrigation and preserving their equipment. They have delivered grapes to a renowned wine producer and believe their high-quality grapes can contribute to premium wine production. The company acknowledges the need for financial support to overcome the challenges posed by climate change and lack of funding. The leadership team consists of individuals with agricultural expertise, but they lack financial resources and entrepreneurship experience. They believe they are a good candidate for assistance in addressing the climate challenge.

EVECO Construction specializes in the construction of energy-efficient buildings using pressed straw panels made from natural materials such as wood, straw, clay, sand, and lime. Their goal is to reduce the energy dependence of the population by constructing environmentally friendly and energy-efficient buildings in a short period of time. EVECO Construction focuses on developing natural construction into an innovative and industrial process, making buildings more accessible to the population. They offer a product consisting of a set of house panels, including floor, wall, interfloor, and roof panels, as well as rammed earth interior walls. By using natural materials and innovative technology, EVECO Construction aims to provide sustainable and cost-effective solutions for energy-efficient housing.

They provide irrigation services and have a water storage pool with a capacity of 3000 m3. The company's main challenge is high electricity consumption and water evaporation from the pool. To address this, they propose installing solar panels on the pool to reduce evaporation and generate electricity, thereby minimizing agricultural production costs. The company aims to improve the efficiency of electricity consumption and reduce water evaporation, leading to more affordable prices for agricultural products. They have a reserve fund of $25,000 for this project. The implementation of solar panels is expected to increase irrigation coverage, decrease electricity consumption, lower water evaporation, reduce poverty levels, and enhance agricultural productivity. AUAI AgroAcvila operates under the Law on Water User Associations for Irrigation and has a competent leadership team.

Genescotec is an energy service company based in Moldova, founded in 2014. The company focuses on developing market-ready solutions and business models in the sustainable energy and climate sectors. Their main goal is to address the transition to electric transport by creating a robust EV charging infrastructure coupled with photovoltaics to increase the adoption of electric vehicles and generate clean energy for transportation. Genescotec aims to solve the problem of limited access to charging stations for residents of multi-apartment residential areas. They plan to install EV chargers near residential buildings, utilizing existing infrastructure such as parking spaces and rooftops for photovoltaic installations. The company also offers crowdfunding opportunities, allowing electric vehicle owners to contribute to the development of the charging infrastructure and benefit from cheaper charging rates. Genescotec's innovative service is in the form of providing comprehensive EV charging solutions for the residential sector.

Nobus Grup focuses on the commercialization of biopolymers and biomaterials derived from biomass. The company aims to transform abundant biomass resources in Moldova into sustainable and biodegradable materials that can be used in construction, energy cells, and other durable products. The innovative materials offer exceptional properties and have the potential to address the neglect of plant-based biomaterials in the construction industry. Nobus Grup SRL envisions utilizing biocellulose and special binding agents to create new biomaterials for various applications, such as furniture and interior design. The company is seeking financial resources to procure high-performance equipment for mass processing and drying of biomass, enabling the production of bioefficient materials at advantageous prices. Nobus Grup SRL aims to revolutionize the biomaterials industry in Moldova, contributing to sustainable development and environmental conservation.