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Urban infrastructure

DeepTech Energy Optimization for Smart Buildings and New Developments

Integrating VI-WATT — a DeepTech solution for dynamic water heating control — enhances a building’s energy class, reduces operational costs by 30–60%, and contributes to green certifications from the very first months of operation.

Engineering assessment for VI-WATT implementation

🔑 Key Advantages for Real Estate Developers

• 🔋 Lower tenant energy bills → higher property value

 • ♻️ Compliance with green certifications (BREEAM, LEED, EU Taxonomy)

 • 💡 Smart home-ready with IoT integration

 • 📊 CO₂ and energy savings reports for facility managers

 • 🏷️ Technology as a marketing USP to boost sales appeal

Cutaway view of VI-WATT

Device Specs

VI-WATT top cover
Socket for water heater connection
Clamp for 230 V cable
Wall mounting panel
Ventilation partition
Fan grill
Load level LED indicator
Colored insert for LED indicator
VI-WATT housing

🔌 Connection: Plug & Play, via socket
📶 Control Unit: Wi‑Fi-enabled microcontroller with Cloud API support
♨️ Compatibility: All water heaters up to 3 kW
⚡ Power Supply: 230 V / 50 Hz
📉 Power Modulation: Phase-cut control, 0–100 %
📐 Dimensions: 21 × 11 × 6 cm
✅ Certifications: CE / EMC pending (ETA…)
Clear wiring diagram for VI-WATT connection

Integration Options for New Buildings
 

🔌 Wall-mounted installation next to the water heater
💡Connection only to a dedicated socket for the heater
🏗️ Pre-installed with water heaters
📦 Bulk delivery kits for 100–500 apartments (B2B pricing)
🔗 API integration with Smart Home systems or LoRa/MQTT platforms

Payback Scenarios

Payback Scenarios

Payback period of less than 12 months for the end user

Property value increase of 1–2% (according to BREEAM assessment)

Eligibility for energy efficiency subsidy programs

📊 Application Results

⚡ Effect:
Peak load reduction of 2.3 kW across just 10 apartments.

🔧 Monitoring and Analytics:
All data is logged and accessible in real time via the Blynk app or a web dashboard.

🏢 Scalability:
When applied to a residential building, the system can free up to 100 kW of capacity across 100 apartments during peak hours — without compromising residents’ comfort.

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