ecoligo provides a fully financed solar-as-a-service solution for businesses in emerging markets. With a complete digital platform for financing and delivering solar projects, ecoligo removes the barriers that prevent such projects from being realised. Supplying these businesses with affordable electricity enables them to grow and boost the local economy. The solar projects are financed through the crowdinvesting platform www.ecoligo.investments, offering fixed and attractive returns to private investors. Investments start from 100€ and save tonnes of CO2 emissions, enabling impactful citizen participation in the global energy transition. Find out more at ecoligo.com.

A profit for impact business headquartered in Berlin, Germany, betteries combines deep technology know-how and frontier market experience to deliver mobile and affordable power. betteries is much more than a battery, it is a multipurpose power system. Each betteries system can store 3 kWh to 12 kWh of energy, offers fast charging capability and can flexibly deliver up to 5 kW of electric DC as well as AC power. betteries are modular in configuration to be stacked horizontally or vertically and can be charged by a variety of energy sources (solar, wind, hydro, grid). Smart electronics including Wi-fi and GPS enables betteries systems to be remotely monitored and controlled through an IoT platform. Rugged and water-proof, betteries offers solutions for e-mobility, off-grid productive use and on-grid backup pow-er. We upcycle 2nd life electric vehicle (EV) batteries to accelerate the transition to renewables and are well positioned to deliver scalable CO2 savings and protect scarce resources. Our business model embraces circular economy principles by ensuring recycling at the end of 2nd life and significantly lowers cost for customers through our battery-as-a-service offering.

Bold Investments

Adaptive Balancing Power develops, manufactures and distributes an innovative energy storage system for high power applications from frequency control for grid and microgrid stability to fast charging of heavy EV and recuperation of braking energy in the rail sector. Our flywheel energy storage technology is an enabler for an economically feasible energy transition increases energy efficiency and reduces carbon emissions.

• Providing overall strategy and technology direction for the development of applications and technologies supporting the Company’s solutions• Provide technical direction and guidance, as well as hands-on project management, for all product and project development• Ensure the optimal application of technology and engineering resources to meet product development and customer requirements• Responsible for technical design decisions of PV/Diesel hybrid power plants• Support of technical system studies and dynamic simulations of hybrid power systems

• Early lead pursuit to develop real project opportunities• Develop marketing strategy to expand current market size and constantly look out for new markets for existing products • Monitor of the microgrid market space to identify upcoming technologies and competition and feedback of these to the global management • Further increase of the awareness about Microgrid portfolio globally within the business unit, and within the division • Technical support of the sales efforts to ensure offered solutions match the customer requirements and capabilities of solutions • Presentation of Microgrid portfolio on exhibitions, trade shows & conferences to increase market knowledge

• Establishment of an European branch including the setup of a local company, office and staff• Budget Responsibility for the European branch• Identification of new opportunities, forecast orders to ensure quarterly and yearly achievement of sales targets in terms of revenues and gross margins• Monitoring of opportunities and definition of priorities in the preparation, submission, and closing of quotations• Detailed technical scoping and costing of economic and technical feasibility studies, grid stabilization products, control systems and turn-key projects in the renewable integration & microgrid business

• Development of modeling capabilities for high penetration renewable energy power systems• Design of a hardware in the loop power system simulation tool to evaluate the control algorithms of a distributed control system for power stations• Concept design for grid integration of a tidal power turbine• Restructuring of the product development process

• Protection and selectivity study for the medium and high voltage grid using NEPLAN resulting in the improvement of protection relay settings• Specification and selection of electrical balance of plant for an 8.4 MW solar plant• Planning of a KVM system to be installed into the control center