Microgrids and Virtual Power Plants (VPPs) represent a fundamental shift in how facilities approach energy independence and grid participation. Modern facilities become active participants in energy markets, optimising for self-consumption, peak demand management, and grid export revenue.
NOVTRIQ designs, delivers, and optimises microgrids and VPPs across the UK and EU, integrating solar PV arrays, wind generation, hydroelectric assets, battery storage systems, and smart energy controls. Our approach is grounded in rigorous feasibility assessment, compliance with UK grid codes and EU energy directives, and whole-life financial modelling.
Microgrid implementation begins with rigorous feasibility assessment. We analyse energy consumption patterns, renewable resource availability, grid connection constraints, and financial requirements. Our feasibility studies quantify energy production potential, self-sufficiency, capital costs, operational expenses, energy cost savings, grid export revenue, and carbon impact.
We design rooftop and ground-mounted solar arrays, assess wind turbine integration for suitable sites, and evaluate hydroelectric generation potential. Many facilities benefit from combining multiple renewable sources—solar and wind provide complementary generation profiles. Combined with battery storage, hybrid systems deliver superior self-sufficiency.
Battery storage is the critical enabler of microgrid flexibility. Smart battery management systems automatically optimise charging/discharging cycles to maximise self-consumption, minimise peak demand charges, and participate in grid services. In markets with time-varying electricity prices, battery systems capture arbitrage opportunities.
Virtual Power Plants aggregate distributed energy resources across multiple facilities to create a unified entity capable of participating in energy markets. For multi-facility healthcare networks, industrial campus operators, or commercial property portfolios, VPP aggregation transforms distributed assets into strategic infrastructure.
We optimise grid export capability to maximise revenue, ensure grid stability, and future-proof design. Export systems include power quality management and grid code compliance to ensure exported energy meets UK Grid Code or relevant EU grid code requirements.
NOVTRIQ manages complete microgrid and VPP implementation from initial feasibility study through operational commissioning, including detailed engineering, procurement, installation supervision, commissioning, and ongoing optimisation support.
Tier-1 solar PV modules and inverter systems
Wind turbine systems (facility-scale 5-50 kW)
Small hydroelectric equipment (Turgo, Pelton, crossflow)
Lithium-ion and LFP battery storage systems
Battery and energy management systems (BMS/EMS)
UK Grid Code and Distribution Code
UK Building Regulations and Building Safety Act
UK Renewable Energy Incentive and capacity market rules
BREEAM and UK energy performance standards
EU Renewable Energy Directive (RED III) 2023/2413
EU Electricity Directive 2019/944
EU grid codes (NC RfG, NC DCC, NC HVDC)
IEC standards for renewable energy systems
EN standards for battery storage (EN 50272, EN 61427)
Solar irradiance modelling and wind resource assessment
Energy balance modelling and whole-life cost analysis
VPP aggregation and optimisation frameworks
Carbon impact assessment (ISO 14040/44 LCA)
Energy independence, grid participation, and decarbonisation are aligned through intelligent microgrid and VPP design. NOVTRIQ brings expertise in renewable resource assessment, battery storage optimisation, and grid code compliance.
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