We leverage our in-depth expertise in smart energy systems and smart building technology to engineer the optimal solution – from sizing of storage systems, analyzing and designing solutions for areas with grid congestion to assessing the business case for building optimization.
Assess the techno-economic feasibility of your smart energy project
Optimize your assets financially and energetically
Analyze different system scenarios to identify the optimal solution
for business parks and congestion areas
Assessing the potential, defining the solution, and analyzing the techno-financial feasibility of a smart grid solution
Insight in current and future electricity consumption and production on an areal level
Analyzing the mismatch between consumption and production and the potential for flexibility
Assessing the impact on the local electricity grid
Determining the available capacity in the grid and defining optimal strategies for congestion relief
Defining preferred solutions together with key stakeholders
Analyzing the techno-financial feasibility of these solutions
for batteries, electric mobility, and other sources of flexibility
Providing insights into the advantages of steering flexible energy assets and combining multiple, stacked energy services, including: behind-the-meter optimization, energy trading, and delivery of ancillary services.
Conducting advanced simulations to assess earnings potential given varying asset control and trading strategies
Determining optimal asset sizing based on simulations, taking into account operational and grid capacity constraints
Evaluating of the total cost of ownership of various system scenarios
Assessment of (technical) feasibility and relevant requirements for various behind-the-meter and energy trading use-cases
Analyzing the systemic and financial effects of adding other assets, such as: renewable energy generation, batteries, electric vehicles, (electric) heating / cooling systems, hydrogen technology, among others
For real estate portfolios and batteries
Insight in building optimization energy savings potential for buildings and real estate portfolios.
Quick scan of savings potential from optimization of dynamic building control
Assessment of technical feasibility for implementation of dynamic building control
Analysis of building energy supply / demand profiles and the effects of adding renewable energy, electrification of heating, and / or E.V. charging
Assessment of flexibility potential from current or future building installations
for smart grids and flexible assets
Bridging the gap between technical designs and real-world implementation of smart grids, energy storage, and energy management solutions.
