Press releases

Microgrids with decentralized solar power plants can reduce diesel consumption significantly. However, they rarely work to their full potential because conventional energy management systems are unable to separately control the output of individual system parts. With the patented Maximum Inverter Power Tracking (MIPT) technology, DHYBRID has developed a solution for dynamically optimizing the performance of solar plants in a microgrid. This reduces costs and increases the proportion of solar power in the energy supply without the need to invest in additional hardware.

ASFINAG, DHYBRID and K.E.M. MONTAGE implement renewable, fail-safe microgrid

The Austrian highway financing corporation ASFINAG has joined forces with its long-time service partner and general contractor K.E.M. MONTAGE as well as DHYBRID, the German microgrid specialists to create a visionary, future-oriented electricity supply for one of the most important traffic management centers and highway maintenance depots in Austria. To achieve this, the organizations have constructed a “hybrid microgrid” at the Klagenfurt highway maintenance depot. This microgrid supplies uninterrupted renewable energy to the entire site, even when the public grid experiences power outages. The Klagenfurt highway maintenance depot’s responsibilities include the monitoring and maintenance of various tunnels through the Alps as well as the well-traveled Tauern Autobahn highway.

The microgrid specialists at DHYBRID have introduced a new technology that lowers energy costs for stand-alone grids by achieving significantly greater solar yields. Simply by improving system management, the recently patented inverter control system can increase the proportion of solar power by more than 10%, with corresponding reductions in the amount of power required from diesel generators or other connected power grids. The Maximum Inverter Power Tracking (MIPT) system achieves these results by continuously adjusting the output of individual inverters or groups of inverters in accordance with the needs of the microgrid.

The off-grid experts at DHYBRID have taken a pioneering approach to the power grid in Sri Lanka. Their pilot project connects stand-alone grids to ensure a fail-safe supply of renewable power that can be utilized throughout the distribution area and expanded at any time. In the first stage of the project, DHYBRID is collaborating with its local partner DIMO to establish a grid-connected microgrid. The client is Sri Lanka’s leading utility company, Lanka Electricity Company (LECO), with power being supplied to the campus of the University of Moratuwa, Sri Lanka’s renowned technical university.

Hybrid energy systems turn resorts and hotels into more cost-efficient and eco-friendlier while leaving the constant noise of the diesel generator behind

DHYBRID — the specialist in hybrid power plants — is enhancing its hardware and software portfolio with microgrid-optimized lithium-ion storage solutions. The new storage systems work seamlessly together with DHYBRID's Universal Power Platform (UPP), which controls the interaction of solar systems, storage units and diesel generators in local power grids. In combination with the UPP, the storage systems allow for a truly uninterruptible power supply.

The off-grid experts DHYBRID and Blockpower have implemented an environmentally friendly, independent renewable energy supply for the Cheetah Plains Lodge, located in the world-famous Kruger National Park in South Africa. The system comprises three solar plants with 895 photovoltaic modules in total and a one-megawatt hour lithium-ion battery storage system.