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ABOUT US
Elquator is a European-owned company based in Malaysia. We own IP design rights for complete Renewable Energy systems, and we are the only manufacturer of vertical wind turbine systems in South East Asia. All our energy production system is equipped with a high-technology storage system that will ensure sustainable energy supplies around the clock. Our state- of-the-art energy system could assist in mitigating the CO2 emission from electricity production from coal and gas. Our technology can produce wind energy with a mere 2.3m/s wind speed and fill up the storage system despite the myth that the wind pattern in this region is unsuitable for generating wind power.
ELQUATOR GROUP OF COMPANIES No 1, Jalan P4/8B, Palm Industrial Park, Bandar Teknologi Kajang, 43500 Semenyih, Selangor, MALAYSIA
Tel: +6(03)87260207 www.elquator.com
www.elquatorwindturbine.com www.elquatorsmartenergy.com
HENRIK PRYTER is one of the founders of the Sustainable Energy Plant (SEP). ElQuator Holding Berhad specializes in the production of alternative energy. We aim to use the combined energies of wind, heat, and water in one unit—a unique combined system that is not available anywhere else in the world. Originating from Denmark, our unique technology has now become an integral part of the global shift towards alternative and Renewable Energy sources. It plays a crucial role in producing safe, reliable, and increasingly clean electricity for power generation in ASEAN countries, marking a significant step towards a more sustainable future. Our vision is to contribute positively to the world's current and future infrastructure. The Sustainable Energy Plant is an interdisciplinary initiative of the ElQuator Group to solve a pressing need for electricity and water, delivering the most reliable, safe, and best-performing storage solution for the utility industry. Technology is a vital step in reducing the impact of climate change and providing a more secure future for the environment, public health, and the well-being of future generations. Contrary to common belief, power production from Renewable Energy sources can be relatively inexpensive. With the SEP, there are no charges for water from rain, tide from the sea, or wind. This makes the power produced not just environmentally valuable but also financially viable. ELQUATOR & THE SUSTAINABLE ENERGY PLANT TO SECURE THE FUTURE, TO SECURE A STEADY SUSTAINABLE ENERGY SOURCE – 100% CO2 FREE
NURTURING THE ENVIRONMENT
Saving on high-cost power delivering – Minimizing investment for power transfer cables and facilities. Small footprint with high yield – Maximizing space for efficient energy production. Intelligent placement – Able to deliver power as and where it is needed.
STRATEGIC PLACEMENT Be there, be near
MINIMAL SPACING
A small footprint with high kW output equals an extremely favorable size-to-power ratio.
This negates the need to own or acquire colossal land space.
PRESERVING NATURE AND FARMLAND
Plants and trees are the natural carbon capture tools Leave the land and nature as they should be—a windmill is suitable anywhere, whether on farmland, in a rural, or mountainous landscape. One location, two-fold benefits- Imagine a space that not only produces food but also generates power, a testament to the potential of windmills. More greens for the environment – The World will be able to reduce carbon emissions naturally if we do not sacrifice our nature for polluted energy production systems.
GO SMALL
Easy maintenance – high accessibility for easy reach. Easy installation – install at any location without use of heavy machinery. Fit anywhere where power is needed – suitable in any geographical location that has wind speed.
WIND DATA LOGGER
How possible is it that wind producing sufficient energy is required?
More wind is needed in this region to spin the high-momentum turbine and generate energy. However, energy can be generated with minimal wind presence. Equipped with the latest innovations and technologies, the potential for wind energy production is massive. Even with a modest wind reading at 2.3 m/s, energy can be produced enough to meet the electricity needs of any household.
LIFE CYCLE
To produce something green, the process should start and end green. The life cycle of our systems: • raw material used – reusable at end-life • production – low CO2 equipment • transportation – cheap and low CO2 footprint • installation – fast and easy, no heavy machinery required • end of life disposal – recyclable and no landfills
LIFE SPAN Our Sustainable Energy Plant can last 25-30 years with manageable maintenance and low cost. The sustainability of environmentally friendly energy is a prerequisite in green energy generation.
MULTIPLE USAGE BENEFITS Power – Green, renewable, and sustainable power is within reach. Telecommunications – Powering connection facilities where infrastructure is impossible. Water – We are providing efficient and sustainable power for clean water. Transportation mode in Electric Vehicles – Pure energy for electric transportation will prolong our Mother Earth’s environment. Hydrogen – New power storage for the future is a very high possibility.
TECHNOLOGY WE BUILT
INNOVATIVE STAND-ALONE MICRO-HYDRO SYSTEM CREATING KINETIC ENERGY WITH WATER
Why are we endangering the environment when we can have an innovative system producing electricity around the clock with NO continuous cost?
Capture the wind energy, store and use it to power your needs. We are blessed with bountiful natural resources.
STATE-OF-THE-ART VERTICAL WINDMILL SYSTEM
SIZE MEASUREMENT OF SURPLUS ENERGY GENERATOR
A self-sustaining system generates renewable and incredibly eco-friendly power. Dependence on intelligent power grids, energy efficiency, and renewable energy sources is imperative for a sustainable society and economy, as these reduce our reliance on non-renewable fossil fuels. Our Surplus Energy Generator System is meticulously engineered to generate clean energy, which is crucial in reducing carbon emissions. SURPLUS ENERGY GENERATOR SYSTEM
1360.00
A buoyancy energy production system is a type of renewable energy technology that harnesses the power of buoyancy or the upward force exerted by fluids, such as water or air, on objects submerged in them. This concept is primarily applied in underwater or submerged systems and is often used with other renewable energy sources. Our Compressed Air Buoyancy System was created to complement our Sustainable Energy Plant, perfecting its ability to cater to any energy production requirement. COMPRESSED AIR BUOYANCY SYSTEM
INNOVATIVE STORAGE The world is better with the latest technology in energy storage
Non-lithium power storage means less negative environmental impact. The disposal of battery cells is flammable and toxic, and it is harmful to the environment and life. Vanadium Redox Flow Battery, which has a longer cycle of 20,000 charges/discharge, is a great substitute for energy storage with much better performance. The toxicity of oxides can be neutralized with a ratio of 8 liters of salts: 1 liter of Vanadium electrolytes.
Elquator has developed a state-of-the-art technology combining Compressed Air Energy Storage with solar energy to produce affordable, green, and sustainable hydrogen and methanol production energy. This system captures solar energy through solar panels and stores it for later use, enabling energy production even when the sun isn't shining. This innovation is a significant step towards achieving renewable energy and sustainability. This groundbreaking technology represents a significant breakthrough in hydrogen and methanol production. It is a complex system that incorporates high, low, and flow components to ensure an uninterrupted power supply for the production process. State-of-the-art technology has made highly efficient and cost-effective hydrogen and methanol production possible. This technology is essential for industries that rely on these fuels. By utilizing this system, companies can significantly reduce their carbon footprint while maintaining a reliable and sustainable power source. Access to affordable and efficient power sources for the production of hydrogen and methanol is crucial for ensuring profitable ventures in the long term. These fuels are increasingly important as alternative fuels due to their low emissions and potential to replace fossil fuels. However, producing these fuels can be expensive, making it difficult for businesses to pursue such ventures. Therefore, finding ways to reduce the cost of power for hydrogen and methanol production can increase profitability and drive innovation in the energy sector. ENERGY STORAGE TECHNOLOGY~ COMPRESSED AIR ENERGY STORAGE
HYDROGEN AND METHANOL
The future of the fuel starts with hydrogen. Hydrogen and energy have a long shared history. We are grabbing the opportunity, as supplying hydrogen to industrial uses has become a major business around the world. The demand has grown tremendously and will continue. We use hydrogen as a source of energy. In the future, hydrogen can be synthesized with CO2 for methanol production, which will open new doors for the sustainable generation of chemicals and fuels. This will be the way we could eliminate carbon destruction to the environment.
WATER TREATMENT
We design our Eco-Filter Water Treatment System portable to relocate anywhere in the world and come with the size of 20 feet shipping container. Using an eco-friendly media filter will filtrate water from wastewater into consumable water and stored in built-in storage tanks. Using our wind turbine hydro system to power up piston systems. Easy to maintain.
URBAN FARMING Urban wastewater reuse for agriculture: hydroponic systems are identified as one of the alternative technologies that can be integrated with wastewater treatment. The efficiency of a hydroponic system regarding municipal wastewater reuse is not only linked to its capacity to allow continuous use of wastewater through the production of agricultural crops and the removal of pollutants/nutrients (nitrogen and phosphorus), but also to its significant contribution in increasing food security and environmental protection, thereby inspiring a sustainable future. Moreover, the hydroponic system's suitability for wastewater treatment is derived from its capacity to minimize associated health risks to farmers, harvested crops, and consumers that may arise through contact with wastewater.
Plastic-to-raw oil technology, plastic pyrolysis, or plastic-to-fuel technology, is a powerful solution that converts plastic waste into crude oil or other hydrocarbon-based products. It effectively tackles the issue of plastic pollution by providing a means to recycle and recover value from plastics that would otherwise end up in landfills or harm the environment. At ElQuator, we are committed to providing proven and practical solutions to various environmental issues, such as the reliability of fossil fuels, plastic waste, new power generation, and more. We are determined to minimize greenhouse emissions by offering innovative solutions to these problems. We must share the burden of witnessing our nature, endangered species, and wildlife being harmed. Doing so can ensure a safer and healthier future for our planet.
PLASTIC TO RAW OIL Answers to the world’s plastic pollution
ECOWARE
Plastic waste has polluted and harmed so incessantly that it has become a marker of a new geological era. We say NO to plastics by producing environment and eco-friendly utensils. Our utensils, when discarded, return to the earth, feeding animals or decomposing into natural fertilizer, completing a beautiful cycle with nature.
CREATOR & DESIGNER
Danish nationality, Henrik Pryter, the CEO of ElQuator Holding Berhad, always had his eyes for everything he saw. He is the brainchild of all the systems developed for the company. His vision is to see the world is less polluted and CO2 is reduced by adapting to using Renewable Energy, with or without his system. He is the creator and the owner of all the systems he believes will change how energy is produced in the future.
OUR PRIDE STAND-ALONE MICRO HYDRO
OUR PRIDE VERTICAL AXIS WIND TURBINE
OUR PRIDE COMPRESSED AIR
BRINGING GREEN TO SAUDI ARABIA Presented by
INVENTION
“Some solutions are relatively simple and would provide economic benefits: implementing measures to conserve energy, putting a price on carbon through taxes and cap-and-trade and shifting from fossil fuels to clean and renewable energy sources.” David Suzuki – Canadian Scientist TOMORROW for
STAND-ALONE HYDRO SYSTEM ENORMOUS POWER
Flow process of the hydro Section 1
WATER ENERGY
Top tank water release through the 32 degrees angle pipe down. The water reaches the Pelton turbine, Pelton spins the generator. Energy generated and released out. Section 2 Water from the Pelton turbine falls down and goes through 4 sets of Pryter Impeller. Energy again generates and use by the water pumps. Water sucks by the water
pump and pushes to the top tank via the 90 degrees pipe. The water reaches the top tank. Restart the process.
FREE ENERGY
Our main ingredient for cheaper electricity generation is only one item ~ WATER
1
7
6
5
2
1. Top tank water is released through the 35 degrees angle pipe down 2. Water reaches the Pelton turbine and spins the generator 3. Water from Pelton turbine fall downward go through 4 sets of Pryter Impeller 4. Water sucks by the water pump and 5. Push to the top tank via the 90 degrees pipe 6. Water reach the top tank 7. Restart process no. 1
3
4
20kW
5.5kW 5.5kW
5.5kW
EXPANDING
the POWER
The Stand-Alone Hydro system is a renewable energy system that harnesses energy from water flow to generate electricity. This electricity is then stored in the Compressed Air Energy Storage system, which uses a compressor to store the energy as compressed air. When the energy is needed, the compressed air is released, driving a turbine to generate electricity. This stored energy can also produce green hydrogen and methanol, clean and sustainable fuel alternatives. Hydrogen and methanol can be used for various purposes, such as powering vehicles, heating homes, and generating electricity. The Stand-Alone Hydro system and Compressed Air Energy Storage system provide efficient and reliable renewable energy solutions that contribute to a sustainable future. STORED ENERGY FOR HYDROGEN AND METHANOL PRODUCTION
Air mix - nitrogen, argon, air 84% generation per cycle and 16% lost in every process. Maximum cycles - 5 cycles.
RENEWABLE ENERGY = GREEN ENERGY = GREEN HYDROGEN & METHANOL With the system we own, we can produce renewable and green energy that will make green hydrogen and methanol for fewer pollution effects
THE SURPLUS ENERGY
How do we store the excess energy (spinning reserve)? The extra energy contributes to the CO2 index when energy is produced from coal and gas and not fully utilized. However, no CO2 calculation will be added if the unutilized energy is stored. The energy stored becomes renewable and green when released back to the grid, even though it is produced from coal or gas energy plants. Storing excess energy is one way of lowering CO2 readings. Energy storage is vital. Power can be stored and used again when needed.
Methanol, or wood alcohol, is a widely used chemical compound in various industrial processes. Methanol production combines hydrogen with CO2, a gas typically obtained through industrial processes producing waste CO2. To address the issue of waste CO2 and reduce the environmental impact of methanol production, recycling CO2 is a highly effective approach. By capturing and reusing CO2, the need for additional CO2 production is reduced, and the environmental impact of methanol production is significantly reduced. This method reduces waste, conserves natural resources, and promotes sustainable industrial practices.
RECYCLING
RECOVERY LARGE STAND-ALONE HYDRO FOR THE DAMS
In the context of hydropower, energy recovery is the extraction of the potential energy of flowing water from a pressurized water source, usually already in existence for pre-prescribed purposes. Elquator can enable synergies between energy recovery and water management, which is crucial for achieving sustainable irrigation water network performance improvements. By adopting Stand-Alone Hydro systems, we can significantly improve the energy efficiency of water systems and enable energy recovery. This leads to energy conservation, increased profits, and compliance with environmental requirements, and also plays a pivotal role in reducing emissions.
INTELLIGENT STREET LIGHT(ISL)
AND ARTIFICIAL INTELLIGENT (AI)
How Intelligent Street Light Generally Works?
What make ours Intelligent Street Light is difference with others ?
• The different is we try to build intelligence street light with combination of AI Technology which make the more product is useful and powerful.
What is Artificial Intelligent? • The theory and development of computer systems able to perform tasks normally requiring human intelligence, such as visual perception, speech recognition, decision-making, and translation between languages.
ARTIFICIAL INTELLIGENT
STREET LIGHT
• To recognize
people face on street
• Criminal
Identification • Capture face image in real time
FACE RECOGNITI ON
• Recognize
common human activity in real life
• Recognize suspicious
MICRO CONTROLL ER
MACHINE LEARNING
MOTION SENSOR
INTELLIGENT STREET LIGHT
CCTV
HAR
human activity recognition • Capture people voice and translate to text. • Give warning if recognize some do suspicious activity
SPEECH RECOGNITI ON
LED LAMP
• Detect the
surrounding object for example car, bicycle, person and others in real time.
OBJECT DETECTIO N
Technology readiness is not a static concept but rather a dynamic process. As technology evolves, readiness assessments may need re-evaluation periodically to account for advancements, changing requirements, and emerging challenges. Ongoing research, development, and continuous improvement efforts are essential to enhance technology readiness and drive successful implementation. Overall, technology readiness evaluation plays a crucial role in determining technology's feasibility, maturity, and potential impact. It helps decision-makers, policymakers, and stakeholders make informed choices regarding investments, resource allocation, and strategic planning, facilitating the effective integration of technologies into various domains and driving societal progress. TECHNOLOGY READINESS
STAND-ALONE HYDRO WITH
COMPRESSED AIR STORAGE 222kWh
BUOYANCY AS POWER GENERATING
SURPLUS ENERGY GENERATOR SYSTEM AS POWER PROVIDER AND BUOYANCY SYSTEM AS STORAGE
COMPRESSED AIR STORAGE
RECOVERY LARGE STAND-ALONE HYDRO BORNEO
RECOVERY LARGE STAND-ALONE HYDRO, 28MWH PER PIPE
STORAGE ON THE WAY TO
SOUTH OF MALAYSIA
INSIDE COMPRESSED AIR STORAGE
SURPLUS ENERGY STORAGE FOR 2.7MWH
VERTICAL AXIS WIND TURBINE INSTALLED IN INDUSTRIES ESTATE
SURPLUS ENERGY STORAGE FROM THE GRID TO BE USED FOR HYDROGEN PRODUCTION
SURPLUS ENERGY
GENERATOR SYSTEM FOR HYDROGEN IN SWITZERLAND
MALI GOVERNMENT TO INSPECT BEFORE SHIPMENT
MONITORING SYSTEM FOR A COMPLEX SUSTAINABLE ENERGY PLANT
VERTICAL AXIS WIND TURBINE COMMISSIONED IN DENMARK
COMMISSIONING STAND-ALONE HYDRO WITH LITHIUM STORAGE
PLAST TO OIL SUPPORTED BY STAND-ALONE HYDRO – the end product is methanol generated from syngas and hydrogen
SINGLE TOWER 375 kWh unit
STAND-ALONE HYDRO
INSIDE PIPE – Downstream of Stand-Alone Hydro
COMPRESSED AIR TURBINE - test before shipment
VERTICAL AXIS WIND TURBINE FOR LOCAL CONSUMPTION
VORTEX SYSTEM WITH PRYTER IMPELLER
LITHIUM-ION STORAGE BY ELQUATOR
COMPRESSED AIR TURBINE BY ELQUATOR
STAND-ALONE HYDRO
VERTICAL AXIS WIND TURBINE BY ELQUATOR
CORPORATE SOCIAL RESPONSIBILITY (CSR)
THANK YOU
Presented by
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