IES - Version IVN -Local Energy Decarbonisation

• Heat, Cooling and Power
• Quick Results
• Integrated Energy Reporting
• Accurate Building Energy Data
• District Heating Feasibility
• Compare Scenarios

iVN Modules
iVN is comprised of 3 modules that enable comprehensive assessments of different heat, cooling and power network scenarios, including energy balancing and decarbonisation feasibility studies.

iVN Core

• Virtually test different energy network scenarios using holistic energy flow modelling across supply, demand and network infrastructure, including buildings.
• Simulate building energy demand within iVN using IES Apache engine
• Test different networked heating, cooling and power scenarios
• Analyse energy supply and demand between different buildings
• Undertake energy balancing and network aggregation
• Integrate renewable assets such as PV arrays, wind turbines, and heat pumps
• Assess impact of electric vehicle uptake and infrastructure
• Current and future weather file options

District heat network modelling for assessing the feasibility of prospective heat networks, and identifying if underlying infrastructure needs to be changed or upgraded.

• Check and validate heat network options from an infrastructure point of view
• Model both thermal and hydraulic behaviour
• Deliver a network that reduces losses and increases efficiency

Our built-in optimisation engine utilises smart algorithms to automatically find the best performing configuration based on your chosen key parameters; such as minimising electricity imports from the grid.

• Automated assessment of different asset attributes
• Highlights the optimal configuration
• Can reduce days of work to hours, on large projects
• User set attributes ensure the solution is viable and realistic for every project