Project: Solar-Wind-Heat Hybrid Power Station (SWH-HPS)

Capacity: 1–3 MW (modular and scalable)
Location: Bishkek, Kyrgyzstan
Project stage: Design and budgeting documentation (pre-construction)
Sector: Renewable Energy / Green Technology / Future Power

🧩 Project Overview

The SWH-HPS (Solar-Wind-Heat Hybrid Power Station) is a unique renewable energy system with no global analogues. It integrates three sources of green energy: solar, wind, and heat, allowing for electricity generation even when sunlight, wind, or flowing water are absent.

Applications:

• Generation of green electricity

• Backup or main power supply for Data Centers (DCs)

• Powering cryptocurrency mining farms

• Production of green hydrogen fuel

⚙️ How It Works

The station converts energy from:

• ☀ Solar power — through concentrated sunlight using optical systems

• 💨 Wind — starts operating from as low as 1 m/s (conventional turbines need 3 m/s)

• 🌡 Heat from water — any static water tank can be used (rivers not required)

🌟 Advantages of SWH-HPS

• ⚡ Produces electricity in all weather conditions

• 🔋 Efficiency over 45% (higher than traditional plants)

• 🏗 Short construction time: 9–12 months

• 💲 Low installation cost: $2–3 million per station

• 🌱 Fully green and eco-friendly

• 🔇 Low noise emission

• 🏙 Compact size — can be installed directly at consumption sites (factories, urban zones)

• 💧 Heat reuse for hot water and heating

💼 Economic Metrics and Investment

• Total project budget: $206 million

• Target production: 1000 stations per year

• Expected annual revenue: $3 billion

• ROI period: within 3 years

• Factory space required: 25 hectares

• Jobs created: 300

🤝 Requirements for Implementation

• Government support: land, preferences, infrastructure

• Large investor or co-investment partner

• Certification for international markets

• Distribution partnerships in energy-deficient countries