Our company Agripyramid Co., Ltd. was established in 2013. We developed the "pyramid ecological sustainability intelligent (AI) photovoltaic agriculture greenhouse farm & pyramid hydrogen power plant". We also used the black technology quantum physics nanowater technology invented in Taiwan, which can be used as a sustainable and environmentally friendly agricultural material to prevent pests and diseases, and to deal with soil acidification and heavy metal pollution. We also used AI aerospace technology agricultural drones to jointly develop "future agriculture" and "sustainable agriculture". In order to overcome the food, water, and energy shortages caused by extreme global warming, agricultural manpower shortages and technology inheritance issues, as well as human health needs and food safety issues that the agriculture industry is facing, we will accelerate the completion of our company Agripyramid Co., Ltd.’s long-term corporate mission and goals.
The "pyramid-type greenhouse" design concept proposed by our company Agripyramid Co., Ltd., from the perspective of natural disaster prevention, the "Egyptian pyramids" have been able to stand tall in severe desert dust storms for 5,000 years, which is enough to prove their outstanding advantages in disaster resistance. In addition, the wavy structure and height of the pyramid create a chimney effect inside that creates a highly ventilated greenhouse environment with excellent heat dissipation and cooling capabilities. At the same time, because the space that contracts upwards in the pyramid structure is nearly twice that of a general structure, the energy cost of environmental control is lower. Moreover, because the four sloping surfaces of the "pyramid-type greenhouse" receive sufficient light, it can be combined with the "three-dimensional cultivation agriculture or vertical farming" to increase the efficiency of land use. If this highly defensive "pyramid-type greenhouse" fully enclosed structure is combined with an "intelligent controlled environment greenhouse system", it can not only connect forward-looking technologies such as the Internet of Things (IoT), big data analysis, sensor technology, and intelligent robots (IR), but also reduce the risk of equipment and crop damage caused by external intrusion, achieve precise irrigation and precision cultivation, strengthen agricultural production and product sales, reduce the gap between production and sales, and establish safe, secure, and sustainable "intelligent agriculture". Our pyramid greenhouse structure and cultivation technology focuses on high-speed ventilation and cooling, high energy and water conservation, high-efficiency space utilization, zero carbon emissions, zero pesticide and fertilizer pollution, non-cold chain transportation of live vegetable cultivation, etc., to achieve the "SDGs United Nations Sustainable Development Goals": including SDGs 2 Develop sustainable agriculture that can have ecological diversity and can fight climate change, SDGs 3 Promote healthy life for all ages, SDGs 6 Protect water ecology from various pollution and destruction and improve water resource utilization efficiency, SDGs 7 Sustainable energy development, SDGs 8 Promote sustainable economic growth, SDGs 12 Halve food waste, SDGs 13 Responding to climate change, SDGs 14 to reduce marine pollution, and SDGs 15 to ensure the sustainable development of terrestrial ecosystems, increase soil organic matter and combat desertification.
The "pyramid-type greenhouse" design concept proposed by our company Agripyramid Co., Ltd., from the perspective of natural disaster prevention, the "Egyptian pyramids" have been able to stand tall in severe desert dust storms for 5,000 years, which is enough to prove their outstanding advantages in disaster resistance. In addition, the wavy structure and height of the pyramid create a chimney effect inside that creates a highly ventilated greenhouse environment with excellent heat dissipation and cooling capabilities. At the same time, because the space that contracts upwards in the pyramid structure is nearly twice that of a general structure, the energy cost of environmental control is lower. Moreover, because the four sloping surfaces of the "pyramid-type greenhouse" receive sufficient light, it can be combined with the "three-dimensional cultivation agriculture or vertical farming" to increase the efficiency of land use. If this highly defensive "pyramid-type greenhouse" fully enclosed structure is combined with an "intelligent controlled environment greenhouse system", it can not only connect forward-looking technologies such as the Internet of Things (IoT), big data analysis, sensor technology, and intelligent robots (IR), but also reduce the risk of equipment and crop damage caused by external intrusion, achieve precise irrigation and precision cultivation, strengthen agricultural production and product sales, reduce the gap between production and sales, and establish safe, secure, and sustainable "intelligent agriculture". Our pyramid greenhouse structure and cultivation technology focuses on high-speed ventilation and cooling, high energy and water conservation, high-efficiency space utilization, zero carbon emissions, zero pesticide and fertilizer pollution, non-cold chain transportation of live vegetable cultivation, etc., to achieve the "SDGs United Nations Sustainable Development Goals": including SDGs 2 Develop sustainable agriculture that can have ecological diversity and can fight climate change, SDGs 3 Promote healthy life for all ages, SDGs 6 Protect water ecology from various pollution and destruction and improve water resource utilization efficiency, SDGs 7 Sustainable energy development, SDGs 8 Promote sustainable economic growth, SDGs 12 Halve food waste, SDGs 13 Responding to climate change, SDGs 14 to reduce marine pollution, and SDGs 15 to ensure the sustainable growth of terrestrial ecosystems, increase soil organic matter and combat desertification.
Mikhail Balezin et al. published their research results in the Journal of Applied Physics in 2018, "Electromagnetic properties of the Great Pyramid: First multipole resonances and energy concentration", which found that "the advanced design of the pyramid more than 4,000 years ago was very conducive to concentrating electromagnetic wave energy to its base area. The interaction between the shape of the pyramid and the resonant radio waves will greatly promote the development of today's nanotechnology. The resulting pyramid nanoparticles have extremely broad prospects in the fields of nanosensors (WIFI) and high-efficiency solar cells (energy)." At the same time, we have brought together the "Chinese medicine energy medicine health and wellness concept" to more effectively and comprehensively maintain ecological and environmental safety, the health and safety of farmers, the food safety of consumers, and the country's food security, and achieve SDGs 2 sustainable agricultural development and SDGs 3 The goal is to promote healthy living for people of all ages and create a new type of agriculture that integrates "production", "life" and "ecology" to enhance human well-being.
In 2019, Wang Yiting, CEO of our company Agripyramid Co., Ltd., published an academic research paper at the National Taiwan University. Using cost-benefit analysis (CBA), she explored the following aspects: cost-benefit analysis of the production and sales of agricultural facilities, engineering economic analysis of the investment benefits of agricultural facilities, discounted value of time value and opportunity cost, natural disaster loss risk and replacement cost of climate change, the value of environmental pollution and life and health, the value of "circular economy" such as increasing production, saving energy and saving water, and simulating future scenarios to predict overall social benefits. She compared the following: "intelligent agricultural pyramid-type controlled environment greenhouses", "WTG The project aims to evaluate the net benefit present value of five sets of project investment options, including the "Venlo-type intelligent environmentally controlled fully enclosed greenhouse", the "VTP Liba Mountain-type plastic sheet semi-enclosed greenhouse", the "LT horizontal net house", and the "open-air drip irrigation planting" that only uses drip irrigation equipment, to find the most suitable agricultural facility project investment and development strategy for "utility maximization" and to evaluate how to solve existing key agricultural problems in the design of agricultural facilities: including climate warming and the proliferation of pests and diseases, frequent agricultural disasters, poor general greenhouse structure, vicious cycle of environmental pollution, insufficient arable land and food safety crisis, and sustainable inheritance of young farmers. The research results lead to the following conclusions: If the goal is to grow "King Arugula", the total cost-benefit net value for the next 30 years is NT$145.5 billion for the pyramid-type smart environmentally controlled fully enclosed greenhouse, which is a positive value of NT$66.8 billion, which is a positive value for investment; LT horizontal net house is a positive value of NT$1.9 billion, which is a positive value for investment; the rest are negative values, such as VTP Liba Mountain plastic sheet semi-enclosed greenhouse is NT$-19.9 billion, and open-air drip irrigation planting is NT$-3.8 billion, which are not suitable for investment. In addition, if we look at the overall proportion of individual cost-benefit items, the main "cost" items of most agricultural facility types are the replacement costs of agricultural facilities caused by natural disasters and agricultural product losses, as well as the environmental costs caused by plastic pollution. Only the pyramid-shaped intelligent environmentally controlled fully enclosed greenhouse can avoid excessive replacement costs of agricultural facilities caused by natural disasters and agricultural product losses or plastic pollution environmental costs; and the main "benefit" items of most agricultural facility types are the total production benefits in the next 30 years, so "stable agricultural product production" is the key to the benefits of investment facilities. The paper won the 2019 Best Master's Thesis Award in the field of "Agricultural Business Management" from the Taiwan Rural Economics Society (the largest society in the field of agricultural economics in Taiwan, with TSSCI).
In 2019, Wang Yiting, CEO of our company Agripyramid Co., Ltd., published an academic research paper at the National Taiwan University. Using cost-benefit analysis (CBA), she explored the following aspects: cost-benefit analysis of the production and sales of agricultural facilities, engineering economic analysis of the investment benefits of agricultural facilities, discounted value of time value and opportunity cost, natural disaster loss risk and replacement cost of climate change, the value of environmental pollution and life and health, the value of "circular economy" such as increasing production, saving energy and saving water, and simulating future scenarios to predict overall social benefits. She compared the following: "intelligent agricultural pyramid-type controlled environment greenhouses", "WTG The project aims to evaluate the net benefit present value of five sets of project investment options, including the "Venlo-type intelligent environmentally controlled fully enclosed greenhouse", the "VTP Liba Mountain-type plastic sheet semi-enclosed greenhouse", the "LT horizontal net house", and the "open-air drip irrigation planting" that only uses drip irrigation equipment, to find the most suitable agricultural facility project investment and development strategy for "utility maximization" and to evaluate how to solve existing key agricultural problems in the design of agricultural facilities: including climate warming and the proliferation of pests and diseases, frequent agricultural disasters, poor general greenhouse structure, vicious cycle of environmental pollution, insufficient arable land and food safety crisis, and sustainable inheritance of young farmers. The research results lead to the following conclusions: If the goal is to grow "King Arugula", the total cost-benefit net value for the next 30 years is NT$145.5 billion for the pyramid-type smart environmentally controlled fully enclosed greenhouse, which is a positive value of NT$66.8 billion, which is a positive value for investment; LT horizontal net house is a positive value of NT$1.9 billion, which is a positive value for investment; the rest are negative values, such as VTP Liba Mountain plastic sheet semi-enclosed greenhouse is NT$-19.9 billion, and open-air drip irrigation planting is NT$-3.8 billion, which are not suitable for investment. In addition, if we look at the overall proportion of individual cost-benefit items, the main "cost" items of most agricultural facility types are the replacement costs of agricultural facilities caused by natural disasters and agricultural product losses, as well as the environmental costs caused by plastic pollution. Only the pyramid-shaped intelligent environmentally controlled fully enclosed greenhouse can avoid excessive replacement costs of agricultural facilities caused by natural disasters and agricultural product losses or plastic pollution environmental costs; and the main "benefit" items of most agricultural facility types are the total production benefits in the next 30 years, so "stable agricultural product production" is the key to the benefits of investment facilities. The paper won the 2019 Best Master's Thesis Award in the field of "Agricultural Business Management" from the Taiwan Rural Economics Society (the largest society in the field of agricultural economics in Taiwan, with TSSCI).
Our company Agripyramid Co., Ltd.'s expectation for the development of global agriculture is to use 20% of farmland to build a "pyramid ecological sustainability intelligent (AI) photovoltaic agriculture greenhouse system" to create farmers with absolutely stable harvests and more than 100 times the economic and ecological benefits to address the climate and ecological risks of poor harvests in the other 80% of farmland cultivated in the open air. Farmers will be willing to use "organic farming methods" that respect the ecological environment in order to escape the threat of poverty, completely overturn and replace "customary farming methods", and stop all kinds of pollution and damage to the ecological environment, water resources, and human health caused by past agriculture, so as to achieve the development goal of "sustainable agriculture".
In addition, we also provide innovative patented products such as "Pyramid Mobile Smart Farm (Mobile Pyramid Tree)", which allow every household in arid (desert) areas to easily plant trees and produce "Live Pyramid Energy Agricultural Products" to reduce agricultural product losses and carbon footprint of cold storage and transportation, and achieve the goal of SDGs 12 to halve food waste. In the field of leisure and tourism, we also provide products such as "Pyramid Intelligent Electronically Controlled Colored Glass Multi-function Camping House" and "Pyramid Energy Health Tent" to support more operators who want to generate income and achieve the goal of SDGs 8 to promote sustainable economic growth.
Our company Agripyramid Co., Ltd. positions itself as a pioneer in sustainable agriculture by developing the "pyramid ecological sustainability intelligent (AI) photovoltaic agriculture greenhouse system" as a "comprehensive solution for new rural leisure and wellness" and becoming a "global creative ecological agriculture brand leader". We look forward to establishing cooperative relationships with international partners, accelerating the development of the "global decarbonization strategy", raising people's awareness of climate change and supporting ESG measures, and attracting global ESG investors to participate.
All employees of our company Agripyramid Co., Ltd. are committed to providing you with more value-added comprehensive solutions based on the spirit of technological innovation, honest service, and creative feedback. Our team includes international registered agricultural planners , senior American accountants, international senior architects and engineering teams, a team of experts in bio-environmental engineering and greenhouse engineering from National Taiwan University, a doctor of plant physiology from MPI, microbial organic cultivation soil nutrition experts, water resources and drip irrigation technology experts, data platform development teams, health management physician teams, and senior leaders in international marketing strategy development, etc., with many successful cases of large-scale farm planning and technical guidance. The business we provide ranges from building new patented pyramid-shaped multifunctional greenhouses for animal husbandry to creative ecological leisure farm design and planning , as well as farm (product) creative marketing and other cross-border services for the development of innovative business model management strategies . We look forward to working with you to create a new global agricultural landscape!