World's First Self-Sustaining

World's First Self-Sustaining 
Hybrid Lighting Project
By The KA ENERGY Group
"Introducing the world's first flameless, 
  high-efficiency generator technology that is lighting up the future!"
Smart Pole Project by The KA Energy Group
The Smart Pole Project represents a groundbreaking achievement in sustainable infrastructure, developed by Mr. Lee SeungKwon and his Korean research team at the KA Energy Group. This innovative initiative is a cornerstone of Smart City development, featuring the world's first hybrid streetlight system that seamlessly integrates solar, wind, and patented self-sustaining technology.
Self-Sustaining Power
Revolutionary flameless generator technology operating independently 24/7
Smart LED Lighting
Intelligent controlled fixtures with adaptive brightness and energy optimization
Advanced Security
Intelligent moving CCTV system with AI-powered monitoring capabilities
Smart Charging Hub
Integrated stations for mobile devices, e-bikes, and battery-powered equipment
Revolutionary Technology for Sustainable Infrastructure
The hybrid self-sustaining generator, developed by THE KA ENERGY GROUP in South Korea under the visionary leadership of CEO Kim Dug Ha, represents a paradigm shift in street lighting infrastructure. This advanced “smart pole” technology operates independently without consuming conventional electricity.veloping regions.
THE KA ENERGY GROUP is pioneering smart city construction based on extensive experience in innovative lighting technology replacement. This groundbreaking solution aligns  with the RE100 initiative (Renewable Energy 100%) and delivers low-heat, high-efficiency energy solutions capable of independently powering national infrastructure.
Zero Conventional Power
Operates completely independently from traditional electrical grids, eliminating dependence on fossil fuel-based electricity sources
Advanced Security Integration
Features one of the most sophisticated CCTV systems developed in South Korea, providing unparalleled public safety monitoring
Mass Production Capability
Strategic manufacturing facility in Hyderabad, India, positioned to meet growing regional demand with competitive production efficiency
The project establishes a comprehensive mass-production ecosystem by creating state-of-the-art manufacturing facilities at the KA Energy plant in Hyderabad, India. This strategic location enables the consortium to efficiently meet escalating demand for revolutionary street lighting systems across South Asia and beyond, positioning the technology as the cornerstone of regional smart infrastructure development.

Strategic Partnership for National Transformation
Hollywood Tribute: Elevating the Country to World-Class Status
Hollywood Tribute, an initiative of Hollywood Entertainment from California, USA, is committed to transforming the country into a world-class sustainable nation through comprehensive modernization initiatives. 
Our vision extends beyond infrastructure to create a country that prioritizes sustainable and balanced development across all sectors.
1
Partnership Formation
Don Cho, Chairman and CEO of Dr. SRI from Hollywood Tribute, announces strategic consortium partnership
2
Deployment Phase
KA Energy Group team begins nationwide installation of World's First Self-Sustaining Hybrid street lighting early next year
3
Research & Innovation
Ongoing development of low-cost intelligent control systems to enhance public safety and energy efficiency
4
Funding & Growth
Active capital raising is underway for green city projects supporting the country’s sustainable development goals.
5
"Our strategic consortium brings together world-leading expertise in renewable energy technology, manufacturing excellence, and international financing to deliver transformative infrastructure that will position the country as a regional leader in sustainable development."
The KA Energy Group
Seoul, South Korea | Manufacturing facility in Hyderabad, India
Role: Technology development, manufacturing, and deployment expertise
WPP Energy GmbH
Geneva, Switzerland
Role: Associate office providing renewable energy equipment distribution and technical support
sURUMI Global Holdings
Dubai, UAE | CEO AJ Jagtab
Role: Strategic asset management and investment financing coordination through Hollywood Tribute USA
TThese comprehensive projects are meticulously designed to enhance public safety, dramatically improve energy efficiency, accelerate the adoption of renewable energy, and fundamentally improve the quality of life in local communities. Hollywood Tribute is actively coordinating with international financial institutions to secure funding for green city initiatives that will help the country advance as a sustainable and environmentally friendly nation.
WPP Energy: Accelerating the Green Industrial Revolution
Leading the Global Energy Transition
WPP Energy is a pioneering Renewable Energy Company based in Switzerland that controls and distributes critical environmental technologies and equipment designed to accelerate the green industrial revolution. The company plays a vital role in the overall global energy transition, connecting innovative technologies with markets that need them most.
Dr. Rafael Ben, founder and leader of WPP Energy, brings decades of renewable energy expertise and a deep understanding of emerging technologies. His company has established itself as a leader in identifying, evaluating, and distributing breakthrough renewable energy solutions across international markets.
Wind Energy 
EcoFusion 
Hydrogen Thermal 
Hydrogen Mobile 
Hydrogen Gensets 
Hydrogen Stations
Technology Recognition
WPP Energy immediately recognized the transformative potential of KA Energy Group's self-sustaining generator technology, particularly its revolutionary applications in street lighting infrastructure and smart city development
Strategic Distribution
Leveraging extensive international networks and renewable energy expertise to bring cutting-edge technologies to markets across Europe, Asia, and emerging economies worldwide
Environmental Impact
Committed to accelerating the adoption of technologies that reduce carbon emissions, eliminate dependence on fossil fuels, and create sustainable infrastructure for future generations
"Dr. Rafael Ben and WPP Energy are keenly aware of the potential applications of this revolutionary technology. The KA Energy Group's self-sustaining hybrid lighting system represents exactly the kind of breakthrough innovation that can transform entire national infrastructures while dramatically reducing environmental impact."
Technology Features
World's First Self-Sustaining Hybrid Lighting System
Powered by an innovative hybrid combination of wind and solar renewable energy, this groundbreaking technology represents a quantum leap in sustainable infrastructure development.
The KA ENERGY Generator Technology
100% Off-Grid Independence
Completely independent generation with zero connection to conventional electrical grids, eliminating infrastructure costs and dependence on centralized power systems
Continuous Operation
Operates 24 hours a day, seven days a week with full self-sustaining capabilities—no external power source required at any time, regardless of weather conditions
Intelligent Management
Automatic management of charging and discharging cycles, equipped with advanced sensor-based lighting that adapts to environmental conditions and usage patterns
Long-Lasting Power Storage
Utilizes advanced LiFePO₄ (Lithium Iron Phosphate) battery cells providing superior longevity, safety, and performance compared to conventional battery technologies
1
CCTV Integration
Supports advanced security camera systems with AI-powered analytics and cloud connectivity for real-time monitoring
2
Smart Charging Stations
Integrated USB and wireless charging capabilities for mobile devices, e-bikes, and other portable electronics
3
IoT Connectivity
Full Internet of Things integration enabling remote monitoring, predictive maintenance, and data-driven city management
The KA Energy Generator: Redefining Sustainable Infrastructure
Principle of Operation
How the Self-Sustaining System Works
Wind Power Generation
The advanced wind turbine rotates continuously to produce power and charge the battery system, based on the World's First Self-Sustaining Hybrid Generator technology with flameless operation
Solar Supplementation
During daylight hours, high-efficiency solar panels add supplementary power generation, maximizing energy capture and ensuring optimal battery charging throughout the day
Intelligent Activation
At night, the LDR (Light Dependent Resistor) sensor detects darkness and automatically triggers LED lights to turn on, providing precisely timed illumination without manual intervention
01
Hybrid Controller Management
The sophisticated hybrid controller manages overall power flow automatically, optimizing energy distribution based on real-time conditions, battery levels, and power demands
02
Surplus Power Distribution
Excess energy is intelligently supplied to integrated CCTV systems, charging stations, and other connected IoT devices, ensuring no generated power goes to waste
03
Continuous Monitoring
Advanced sensors continuously monitor system performance, environmental conditions, and energy levels to ensure optimal operation and predictive maintenance
Power Generation
Wind & solar energy captured continuously
Energy Storage
LiFePO₄ batteries store power efficiently
Intelligent Distribution
Controller optimizes power allocation
Lighting & Services
LED lights, CCTV, charging stations powered
Key Advantage: The system operates in a completely closed loop, continuously regenerating power through wind and solar sources while intelligently managing distribution. This ensures uninterrupted operation even during extended periods of low sunlight or minimal wind conditions, thanks to advanced battery technology and predictive energy management algorithms.
National Smart Pole Conversion Project
Comprehensive Implementation Framework
1
Project Overview
Strategic vision, objectives, and national scope for transforming the country’s lighting infrastructure into an integrated smart city network
2
Smart Pole Technology Configuration
Detailed technical specifications and staged implementation approach for deploying advanced hybrid lighting systems nationwide
3
Implementation Strategy by Year
Phased regional expansion plan with specific timelines, milestones, and deployment priorities across all provinces
4
Revenue Recovery Structure
Operational profit model demonstrating financial sustainability and return on investment through energy savings and value-added services
5
Roles and Responsibilities Matrix
Clear delineation of stakeholder functions, from government partners to technology providers and financing institutions
6
Expected Effects
Comprehensive analysis of economic, social, environmental, and technological impacts on the country’s national development
7
Government Requests
Specific policy support, regulatory framework, and institutional collaboration required for successful project execution
This comprehensive framework represents a national transformation initiative that will position the country as a regional leader in sustainable smart city infrastructure. The project integrates cutting-edge technology with practical implementation strategies, financial sustainability models, and clear stakeholder accountability.
Project Overview
Transforming the Country into a Digital Smart Nation
In alignment with the country's national goals for digitalization, public safety, and energy innovation, this ambitious project proposes a comprehensive phased replacement of approximately one million existing streetlights with state-of-the-art smart poles. This transformation will integrate traffic management, security systems, city operations, and energy control into a unified national smart city infrastructure.
1M
Target Facilities
Approximately one million streetlights nationwide to be converted to intelligent smart pole systems
3
Implementation Period
Phased regional expansion completed within three years, ensuring systematic nationwide coverage
100%
National Coverage
Every province, district, and municipality included in the comprehensive deployment strategy
Core Objectives
Power Saving
Advanced LED technology combined with smart dimming systems dramatically reduces national energy consumption and operating costs
Enhanced Public Safety
Integrated CCTV with AI analytics provides comprehensive security monitoring and rapid emergency response capabilities
Digitalized City Management
IoT-enabled infrastructure delivers real-time data for traffic optimization, environmental monitoring, and urban planning
Economic Growth
Project creates thousands of jobs and establishes local manufacturing ecosystems, driving sustainable economic development
International Investment
Attracts development financing and foreign capital through innovative blended finance structures and barter-based trade mechanisms
Integrated Control Centers
Establishment of national and regional command centers for centralized monitoring, management, and emergency coordination
National Impact: This project represents far more than infrastructure modernization—it's a fundamental transformation of how Sri Lanka manages public space, delivers services, and positions itself for the digital economy. The smart pole network becomes the backbone for future innovations in transportation, environmental management, and citizen services.
Expected Effects
Transformative Impact Across All Sectors
Completely Off-Grid Energy Solution
The Smart Pole project strengthens infrastructure, revitalizes the economy, and accelerates the country's transformation toward a digital and sustainable smart nation.
1.5%
Energy Reduction
National power consumption decrease through efficient LED and smart control systems
100%
Renewable Power
Smart poles operate entirely on self-sustaining hybrid renewable energy sources
24/7
Security Coverage
Continuous AI-powered CCTV monitoring enhancing public safety nationwide
"This project represents a watershed moment for Sri Lanka—demonstrating that developing nations can leapfrog traditional infrastructure limitations and become global leaders in sustainable smart city innovation. The comprehensive benefits span economic growth, environmental sustainability, digital transformation, and enhanced quality of life for all citizens."
A Blueprint for Sustainable National Development
The Smart Pole Project establishes Sri Lanka as a model for sustainable infrastructure development in the developing world. By combining cutting-edge renewable energy technology with intelligent digital systems, this initiative proves that economic growth and environmental responsibility are not competing goals—they are complementary pathways to a prosperous, sustainable future for all Sri Lankans.