Intelligent Energy Orchestration
Compare system architectures and explore how the IntegraVolt Logic Controller (ILC) optimises energy flow across solar, battery, heat pump, and EV charging.
System Comparison
| Specification | Economy (Efficiency Pro) | Mid-Range (Quantum Energy) |
|---|---|---|
| Max Solar Capacity | 3.68 kWp | 6.44 kWp |
| Battery Capacity | 5.12 kWh | 9.5 kWh |
| Heat Pump Model | Vaillant aroTHERM plus 5kW | Daikin Altherma 3 H HT 8kW |
| Invertor Power | 3.6 kW Hybrid | 5 kW Hybrid |
| EV Charging | 7.4 kW Type 2 | 7.4 kW Smart |
| Automation Hub | GivEnergy Gateway | Home Assistant + Modbus |
| Typical System Cost | £12,500 - £15,000 | £18,000 - £22,000 |
Note: Costs are indicative and include materials, labour, and commissioning. Final pricing depends on site conditions, installer rates, and regional variations.
The IntegraVolt Logic Controller (ILC)
At the heart of every system sits the ILC: a software-defined orchestration layer that dynamically routes energy based on Agile pricing, weather forecasts, and real-time demand.
Solar PV
Peak generation
Grid Import
Agile off-peak
Home Load
Base consumption
ILC Core
Real-time optimisation engine
Battery Storage
Time-shift energy
Heat Pump
Thermal storage
EV Charging
Smart scheduling
Time-Shift Optimisation
Import grid power during off-peak hours (23:30-05:30) and discharge during peak pricing windows.
Demand Prediction
Machine learning algorithms forecast consumption patterns and pre-heat thermal mass during cheap periods.
Grid Services Revenue
Participate in demand flexibility schemes and earn payments for reducing consumption during peak events.
Passive House Optimisation
Thermal Mass as Storage
In a Passive House, the building fabric itself becomes a thermal battery. By pre-heating the structure during off-peak hours, we can coast through expensive peak periods without activating the heat pump.
- 250mm concrete slab stores ~30 kWh of thermal energy
- Temperature decay: ~0.5°C per 8 hours (well-insulated)
- Effective storage duration: 12-16 hours
Pre-Heating Strategy
The ILC monitors Agile pricing forecasts and weather predictions to determine optimal pre-heating windows. During negative pricing events, we can even get paid to heat the home.
Real-World Performance Data
Client data from our 200m² reference project (Gloucestershire, 2024-2025 heating season):
68%
Energy consumed off-peak
4.2
Average heat pump SCOP
£1,240
Annual energy cost
Ready to Specify Your System?
Book a Feasibility Study to determine your optimal system architecture. We'll model your site conditions, energy demands, and budget constraints to recommend a Tier 1 (Efficiency Pro) or Tier 2 (Quantum Energy) roadmap.