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Sunday / December 22. 2024
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Nearly 50 state-of-the-art robots work around-the-clock at Amatelas Farm to ensure berries are picked at the peak of ripeness and optimise operations over time.

US based vertical farming company Oishii announced the opening of a new indoor vertical strawberry farm, spanning more than 237,500 square feet in Phillipsburg, New Jersey. Adjacent to an expansive solar field, Oishii’s innovative Amatelas Farm – which is named for the Japanese Goddess of the Sun – runs on renewable energy and represents a new, more efficient paradigm for indoor agriculture.

Amatelas Farm features individual farm units, which are each home to 250 moving racks of Oishii’s ever-popular Koyo strawberries. Every rack is stacked with eight growing levels (up from five in Oishii’s second-generation farms) that seamlessly move from the warmth of day to the coolness of night on a 24-hour cycle. While most vertical farms grow their produce on static, immobile racks, Oishii’s moving architecture automates the growing process and enables bees, robots, and farmers to work together to grow more berries in the same footprint.

Amatelas Farm harvests are grown primarily with solar power – sourced from the 50-acre solar field next door. Built in a repurposed plastics manufacturing plant, the farm is also outfitted with next-generation LED lights that use 14 per cent less energy per plant. The facility’s multi-million-dollar water purification system has eight times more capacity than the older Oishii farms, allowing it to recycle the majority of the water it uses today.

“At Oishii, we run towards problems once thought to be impossible to solve. In just two years, we’ve developed technological breakthroughs now in use at Amatelas Farm that make our growing process significantly more efficient, yet just as delicious,” said Hiroki Koga, CEO and Co-Founder of Oishii.

Nearly 50 state-of-the-art robots work around-the-clock at Amatelas Farm to ensure berries are picked at the peak of ripeness and optimize operations over time. The company’s proprietary robots capture over 60 billion data points annually, which are used to monitor and adjust the environmental variables of each farm unit. By pairing machine vision with machine learning, Oishii’s farms get incrementally more efficient, improving important metrics like pollination success and harvest predictability to deliver the best tasting fruit.

Amatelas Farm also enables Oishii to scale the impact of the brand. The company has already made more than 100 hires in the Lehigh Valley region, creating new jobs for engineers, farm operators, and facility managers, among others.

With the space to grow more than 20 times the number of berries from its previous facility, the farm’s unique location near the border of New Jersey and Pennsylvania also unlocks new expansion opportunities for Oishii. Situated within a day’s drive to a third of the U.S. population, the company will enter new markets along the East Coast and expand its relationship with retail partners like Whole Foods Market and FreshDirect.

Nearly 50 state-of-the-art robots work around-the-clock at

This innovation promises good yields and high-quality strawberries, but it also represents a significant advancement in the sustainable cultivation of this crop

Netherlands’s Limgroup announced its revolutionary F1 Hybrid Strawberries concept at the International Soft Fruit Conference. The launch of Limgroup’s first strawberry variety from seed marks a turning point in the strawberry sector. This innovation promises good yields and high-quality strawberries, but it also represents a significant advancement in the sustainable cultivation of this crop.

“This transformation is set to revolutionise the entire strawberry sector,” says Vincent Deenen Limgroup’s CEO. “The transition to strawberries grown from seed will have significant advantages for every link in the chain: breeders will have access to cutting-edge technologies allowing them to innovate more effectively. Propagators can start with clean plant materials and automation presents them with new opportunities. Additionally, their production cycle will be drastically reduced from two years to just 16 weeks. Among other things, the resulting benefits represent a significant step forward in making strawberry cultivation more sustainable, a goal our industry needs to work towards.”
 
Roland Sweijen, Product Lead Strawberry adds: “And the availability of fresh plants at virtually any time gives growers more flexibility in their cultivation methods, resulting in increased efficiency, precision and professionalism. Retailers can respond to market demand for sustainably produced strawberries, whilst consumers will benefit from healthier, more sustainably produced strawberries, which results in a better eating experience. This transition creates a win-win situation for everyone.”

This innovation promises good yields and high-quality

Toyota set up an experimental greenhouse in April 2022 at its Kamigo Plant to grow strawberries and at its Myochi plant to grow tomatoes

Toyota has taken a unique approach to sustainability by implementing initiatives in its factories to cultivate strawberries and cherry tomatoes using heat and CO2 waste, in addition to focusing on electric vehicles to reduce greenhouse gas emissions.

Toyota has set up an experimental greenhouse in April 2022 at its Kamigo Plant to grow strawberries and at its Myochi plant to grow tomatoes as a way to tackle the negative environmental impact of excess heat and CO2.

Toyota’s planters are built on sliders, maximising available space and increasing yield by 1.5 times compared to a similarly sized field. The design eliminates wasted space between planters and allows growers to create aisles when and where needed.

Farmers need not worry about Toyota meddling in their business. Toyota serves strawberries and cherry tomatoes grown in its factories for free in its cafeterias. The company aims to use its expertise to help farmers build efficient agricultural systems, says Hiroshi Okajima, Toyota Project General Manager, R&D and Engineering Management Division.

Toyota uses pink LEDs to grow fruit without the green tint, which isn’t necessary for photosynthesis.

Automakers can pursue eco-friendly practices by repurposing waste and using recycled materials in vehicle manufacturing, including fishing nets and plastics. They could also explore agricultural initiatives.

Toyota set up an experimental greenhouse in