EnVision is a modeling and simulation service that accurately quantifies the techno-economic performance of multi-technology renewable power systems.
At the core of EnVision model is an operation simulator that runs a time-based power flow model of a proposed hybrid renewable system, while using ADAPTR’s energy management algorithm.
The plot above shows a 10-day simulated operation of a wind-storage-diesel power system in the EnVision platform, where the bars below the horizontal line represent power draw from the system and the bars above the line represent power injected into the system.
Highly accurate feasibility analyses
Faster identification of optimal system design
Reduced iterations and cost per project
Reduced technical uncertainties during integration and commissioning
Time-domain interactions between technology, resources, load and constraints
Operational grade energy management algorithm for renewables optimization
AI-based optimizer to identify the right mix of multi-technology system
What is the optimal size of the energy storage system (ESS)?
What is the ideal ESS technology to meet project objectives?
What is the realistic operational life of the ESS selected?
What are the value-drivers and value-sinks in the project?
What is the real revenue impact due to resource intermittency?
What is the impact of faults occurring at various times?
What is impact of utility restrictions and interconnection requirements?
Define project and key objectives.
Gather information & assumptions.
Formulate tailored EnVision model.
Develop and run sensitivity analyses.
Identify value drivers and recommended system design for given constraints.
ADAPTIVE CONTROL SYSTEM.
EnControl is an ecosystem of hardware and software that controls the operation of hybrid renewable and microgrid systems. EnControl delivers seamless renewables integration, reliable operation, and bankable performance.
Adaptive control parameters for optimal operation
Hybrid control architecture for reliability
Customizable control subroutines for enhanced flexibility
Remotes and Mine Sites
Fuel switch from diesel power to renewable energy without compromising on resiliency.
Optimized dispatch of renewable energy to the grid to maximize revenue generation.
Minimize facility energy costs without compromising on core business operation.
Transition to net-zero operations while saving on energy costs and enabling EV adoption.
We leverage our deep expertise in grid integration of renewables to address utility operator requirements for your projects. Below is a list of various studies our team offers as a service.
Dynamic simulation study for renewable power systems
Load flow, short circuit and power quality study
Project operation simulation for power and energy storage systems
DER and EV charger integration study for distributed power systems
1GW + of renewable project experience
Deep understanding of project stakeholders’ needs
Collaborative and relationship driven approach
MARY’S HARBOUR RENEWABLES.
Mary’s Harbour Renewables includes the refurbishment of a decommissioned run-of-river hydro plant with new generating components and a modern control system, as well as the installation of up to 250 kW solar photovoltaic plant and up to 500kW lithium-ion battery storage to the existing diesel microgrid.
ADAPTR is a Canadian technology company that provides solutions geared exclusively to the rapidly-growing hybrid renewables and microgrid markets in Canada and abroad. ADAPTR offers all the necessary hardware and software solutions that enable design, integration and operation of any hybrid renewable or microgrid projects, whether rural or remote, on-grid or off-grid.
OUR EXPERIENCE. YOUR ADVANTAGE.
We help you to navigate the known unknowns and unknown unknowns inherent in complex renewable energy projects. Behind our products and services lie decades of industry experience and knowledge primed to give you that added advantage.