A greenhouse Lean-to is one of the most versatile additions to a gutter connect greenhouse range that any greenhouse manufacturer can offer you. Consider the different ways a Lean-to structure can add production space, improve productivity, and provide connectivity to your greenhouse range.
Lean-tos are used for a number of applications – storage, extra bench spacing, propagation, extra growing space, connecting halls. If you retail, it can be a good place for extra stock during the busy spring months, or used as a window display area if covered in glass.
There are 3 major different types of Lean-tos:
This style of Lean-to connects your warehouse, or store front to the greenhouse range or greenhouse garden center. Most often the connecting lean-to slopes away from a warehouse wall in a straight slope. However they can also be manufactured into a curved arch design similar to your greenhouse arch. The optimal style for a connecting lean-to will depend on the width of the area you wish to cover and the difference in height between your building façade and the greenhouse gutter.
Connecting Lean-tos are engineered to account for additional snow load created by the main warehouse building. The direction and the length of the slope of your warehouse building are considered when we design and manufacture these.
This style of Lean-to is most often chosen for adding additional square footage within a comfortable budget. Ideal for greenhouse growers who plan to expand onto a sidewall in the future, the sidewall lean-to provides an arch from the gutter to the grade.
The second most common reason greenhouse growers choose this style of lean-to is to maximize coverage of your property. Sidewall lean-tos can be designed for various widths making it a valuable option if you have a little extra room on your property but cannot fit a full sized greenhouse bay.
This style of Lean-to is most often required over time as greenhouse expansions take advantage of the improved growing environment that taller gutter heights give you.
Covering growing area between gutters of different heights can be designed with a straight slope similar to the Connecting Lean-to, but is more often accomplished with a specially rolled arch in order to maintain the same footprint as the gutter connected range. Custom rolled arches are an economical way to manufacture a greenhouse roof, and maintaining the same footprint is much easier for your ongoing production planning.
Recently the NGMA (National Greenhouse Manufacturers Association) published their annual Structures Report. Many growers responded to this survey saying they are planning to expand their greenhouse operation this year, however most felt their expansion plans would be less than 10,000 square feet. If you are a grower like those surveyed by the Greenhouse Manufacturers Association, a lean-to may be exactly what you are looking for.
Interested in a Lean-to? Contact GGS now
There are many reasons to make improvements in a commercial greenhouse, modernizing your greenhouse can reduce maintenance costs, or make productivity improvements, or improve the greenhouse environment for better growing, or maybe you want to add some extra growing space. Whatever the reason it is important to understand what the goal is before you talk to your greenhouse manufacturer.
In the numerous pitches that I have sat through, I have often heard VC’s draw a distinction between “Must Have” solutions and “Nice to Have” solutions. “Must Have” solutions address real world problems; Nice-To-Have solutions might make life easier, but nobody will miss them.
AgTech addresses “Must Have” problems. The Earth’s population is expected to hit 9 billion by 2050. According to the United Nations’ Food and Agriculture Organization, food production must increase by 60% to feed that growing population and, since they aren’t making any more land, ninety percent of the growth in crop production is expected to come from higher yields on existing farm land. Farmers must become more efficient and they will only do so through new technology.
The agriculture industry is already highly dependent on technology and is not slow to adapt to improve yields. “Precision agriculture,” for example, currently helps farmers determine where and what to plant on their land with a level of accuracy that was not possible ten years ago. The next step is to move from precision agriculture to predictive agriculture and “Big Data” will be the main driver of this change.
Precision agriculture allows monitoring and mapping of yields, and accesses live soil information through built-in sensors in vehicles. GPS equipped vehicles now track land and auto-guidance technology can steer a vehicle enhancing accuracy and reducing operator fatigue. Crops planted with this technology can later be harvested with optimal precision.
Yield mapping is capable of monitoring crop yield and soil moisture content. When combined with GPS technology, seed planting can take advantage of the most appropriate soil conditions and minimize waste. Most of the data generated can be viewed on mobile phone applications, allowing farmers to make quick decisions on the go.
With the precison tools that are currently available and being developed, farmers can reduce waste and squeeze more production out of the same acreage.
The technologies used in precision agriculture not only increase efficiencies, they also allow the producer to plan on a larger scale. For example, a seed, fertilizer, or planting technique that works on one patch of land may not work on another. Historically, farmers have learned what works through experience and personal knowledge. Precision agriculture technology reduces the need for this personal knowledge by providing satellite guidance, monitoring and mapping yields, and giving access to live soil information through vehicle sensors.
Because precision agriculture necessarily involves collecting vast amounts of data, companies will combine this data and use it to predict trends. For example, Monsanto Company captured the headlines in 2013 with its $930 million acquisition of Climate Corp, a company founded by early Google employees who created a service whereby people can state what type of weather they want to insure against and receive a quote within seconds. Climate Corp initially offered services to all business that depended on the weather, but soon realized that agriculture was by far the biggest and focused its activities on that sector.
Big Data has the potential to predict farming needs on a mass scale. However, farmers must overcome a number of legal and regulatory challenges. While many farmers will benefit from access to shared information, those that currently have a competitive edge over the competition may want to keep that information in-house for as long as possible.
Unmanned Aerial Vehicles, or drone technology (when it becomes legal) will also complement the drive towards Big Data by allowing farmers to collect data on their farms without needing to drive a vehicle over the land. Drones allow for mass data collection, planting seeds, and even delivering spare parts to a tractor broken down in the field. Drones could be used to survey land and cut down on time spent travelling to the far corners of a farm only to find that the conditions are not suitable for work. Drones could revolutionize farming by allowing surgical use of pesticides, fertilizer, and water, while improving environmental efficiency in the process.
In California alone, agriculture is a $46 billion per year industry. In California, the average customer of Agetch products (i.e. the farmer) is a $6 million a year business. And most of the farms in this state are “wired” with internet and mobile access. Despite those metrics, in 2012, agriculture technology companies raised just over $100 million of venture capital funding from around 40 deals. That’s tiny in the scheme of things. The area is growing, however, as AgFunder News estimates there’s been about $401 million invested in 35 companies so far this year. That’s a big increase, but it is a small fraction of the venture capital dollars available for investment. The agriculture technology market is still immature and most deals are early stage. As companies mature, the size of the deals and the dollars invested can only grow.
There are challenges ahead to feed the Earth’s ever increasing population, however rapid advances in precision and predictive farming, big data and drone technology will provide farmers with the resources they need to increase supply to the required levels and attract more and more attention from the investment community. AgTech promises to be the next big thing.
Just over a month ago GGS Structures Inc invested in a drone. We were interested in what the tiny yet powerful device could mean to the greenhouse industry.
Every day a handful of new articles pop up on news feeds with a new way that drone technology is being used. It's been interesting following this hot new trend. Just this week an amateur pilot of a drone helped locate and rescue an 82-year-old missing man helping end a three day search.
GGS decided to use the drone to make a video of some of our structures and put together a totally new perspective for looking at greenhouses from above. If you missed us at Cultivate 14 now is your chance to see some incredible footage.
With all the news and uses coming up since the release of these devices it's clear the technology has a future in the greenhouse industry.
We felt so strongly about it that for GGS Structures Inc's 35th anniversary we are celebrating by giving away a drone complete with a GoPro camera! Have a look at our video and enter to win!
It's been an exciting show this year and to wrap up Cultivate 14 we have created a slideshow of the highlights and Top Ten Takeaways . We hope to see you all again next year!