188bet体育博彩及真人温室自动化系统

用于质量控制的气候控制温室

埃里克·拉巴特 — 2020年8月24日星期一17:10:08+0000

利用先进的计算机技术，气候控制温室可以帮助任何种植者更好地控制质量或提高作物产量。你可能听说过在你的操作中使用温室自动化的重要性，但这意味着什么？什么样的系统真正有助于降低劳动力成本，让您的植物获得更好的回报。

虽然可以手动控制温室的温度，但最好的办法是安装一个灌溉水处理系统必须足以有效处理和监测大肠杆菌和Ph值。此外，还必须确保水中没有细菌、病原体或疾病。安装的资本成本水处理系统不仅有助于这一过程，而且有助于您在高产栽培方面出类拔萃。

温室水循环和处理系统

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温室水过滤器的目的是通过去除a）悬浮物b）溶解的有机物和c）溶解的无机物来清洁灌溉水。为此，种植者需要温室水过滤系统，不仅能解决这些问题，而且还能提供额外的好处。让我们来看看种植者在温室中为植物提供清洁的循环水所使用的温室水系统类型：

砂滤器：

温室中最基本的水过滤系统形式是砂滤器，可分为三种类型：

快速砂滤器
慢速砂滤器
上流式砂滤器

快速砂滤器和上流式砂滤器实施絮凝剂化学使用以获得更高的效率。相比之下，慢砂滤池去除90%，同时改善水的味道，没有任何化学用途。水通过的介质是沙子。但是，砂滤器也可能有施肥可以帮助种植者提高水资源利用效率，降低种植者的劳动力成本，因为在大规模操作中，这意味着巨大的成本。

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通过自动滴灌系统的精确控制，种植者可以通过调整系统来平衡pH值，并通过一个称为的过程来提供养分，从而改善他们的养分应用https://en.wikipedia.org/wiki/Fertigation“target=”\u blank“rel=”noopener noreferrer“>施肥。施肥是向灌溉系统中添加水溶性养分的过程，以有效的方法为作物的正常生长提供重要的营养成分//www.masteryouridea.com/fertigation-manager/“>自动施肥系统能对生长环境作出反应，消除对生长条件的手动监控，提高效率并降低劳动力成本。

通过安装大麻种植施肥管理器，气候控制系统可以满足您的所有温室自动化要求。借助先进的计算机软件，我们可以帮助种植者自动化和控制他们的医用大麻，以获得最佳的植物生长。

我们设计了一个完整的解决方案，它可以从土壤水平跟踪植物的需求，并为种植者提供有关其植物的基本数据和信息。在任何大麻种植操作中，大麻作物始终是第一位的。收到电子邮件提醒新的金宝博备用irrigation gets started? Or what about when an E.C or Ph level falls out of balance? With this type of advanced greenhouse automation you can now have that technology.

Greenhouse Fertigation Management: Those who grow cannabis will be thankful for the integration of fertigation systems, along with climate control (or manager). It allows control of temperature, humidity, carbon dioxide dosing, misting, fogging, and grow lighting whenever and wherever they are required.

More Benefits of Greenhouse Automation

Cannabis grown with greenhouse automation can help you produce bigger and better buds, consistently. We also have systems that collect the waste water run-off for recycling. This creates more efficiently and sustainably, with no worry of pests or diseases as we treat the waste water with ozone purification.

These automated irrigation systems are crucial to the health of your marijuana all the way from cannabis seeds to fully mature adult plants. They can make the difference between a small farm and the ability to scale up your business with both a quality product and healthy cash flow.

Aside from the above features mentioned, it is important to remember that the automation systems are easy to install and use. They are designed and built for everyday growers like you who can benefit from the system.

You can 1188金宝搏亚洲 here.

The post Automated Irrigation Systems for Marijuana Crops appeared first on Greenhouse Automation Systems.

商业温室自动化的5个好处

埃里克·拉巴特 — 太阳，2020年6月7日15:01:10+0000

为什么要把你的温室自动化？

将用于种植蔬菜或园艺作物的商业温室自动化有许多好处。在大多数情况下，温室用于花卉或蔬菜的商业生产。最近，温室进入了新的工业空间https://www.webmd.com/a-to-z-guides/medical-marijuana-faq“target=”\u blank“rel=”noopener noreferrer“>医用大麻；

温室致力于为作物提供最合适的//www.masteryouridea.com/blog/温室控制大麻种植者/“>植物生长发育的稳定条件。独特的建筑使空间最大化，确保单位面积产量高。如果在操作过程中采用适当的种植者管理和气候控制自动化，这些高产是可以实现的。

提高温室效率的一种方法是安装领先的自动化系统。温室自动化，也称为//www.masteryouridea.com/blog/smart-iot-marnian-greenhouses/“>物联网智能温室，利用各种技术，通过传感器实时控制各种温室操作。

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智能温室使用先进的计算机技术//www.masteryouridea.com/climate-manager/“>植物的控制条件通过各种传感器优化每个生长阶段。这里有一些不同的系统可供您的日常业务操作考虑。

气候控制系统；
这些系统包括传感器//www.masteryouridea.com/climate-manager/“>自动修改温室的各种室内条件，为植物创造最佳条件。这些系统控制的气候因素包括：热控制系统，用于监测温室温度并将其调整到所需的设置。热控制将根据室内气候改变室内条件。
通过使用计算机监控进行湿度和通风调节。测量空气中的水蒸气百分比，计算机自动化可以进行任何必要的调整。
还密切关注二氧化碳或二氧化碳监测器，以保持大气中的正确水平。所有这些条件都可以由种植者设定，并且可以通过计算机自动化软件自动发送警报或触发器。在处理作物时，您的心情会更加平静。
自动虫害控制系统：
188bet体育博彩及真人这些系统被编程为自动按计算量分配农药。
设备控制系统：
商业温室需要系统处理温室桌子沿特定温室部分移动的位置。设备控制系统还可以移动和控制已安装的灯、遮荫棚或收割和种植设备。
这些系统可以消除在温室内处理密集机械操作时的体力劳动。
施肥管理器：
温室施肥管理是指利用灌水施肥。管道铺设在土壤中，并与土壤传感器协同工作。当土壤中的处理过的水位降到所需水量以下时，温室自动化设备。许多因素，如光照、湿度、温度、水分和养分，都可以用新技术自动控制。
我们都知道植物需要基本的东西、空气、水和良好的土壤或水培介质才能生长。大多数种植者并不总是马上明白质量控制的重要性。尤其是如果你要进入/blog/growing188bet体育博彩及真人-medical-marijuana-industry/“>医用大麻产业必须通过加拿大卫生部进行生产。
这种设施需要最好的系统来确保只生产高质量的大麻。更不用说通过酒吧，为了安全和获得所有合法的商业信息正确。我们建议与一些大麻顾问合作解决这一问题，但我们肯定可以帮助您建立适当的生长室。
准备好了解更多信息了吗？

自动化操作和减轻工作时间…；

自动化技术几乎可以取代温室里的手工劳动。商业大麻种植者可以从能够降低劳动力成本的自动化系统中获益匪浅，同时提高产量。

我们可以推荐和设计全套温室自动化系统，让种植者在相当长的一段时间内无人看管他们的作物。温室里的计算机和控制装置现在足够聪明，可以知道植物最佳生长所需的条件，而不需要太多的人与人之间的互动。尽管种植可能还有一段路要走，但今天，用计算机技术种植大麻植物已经到了这里。

种植者设定点和自动气候控制在气候控制方面需要格外注意。植物需要严格控制湿度和温度水平以保持舒适。物联网智能设备可以设置在生长室中，以监测整个生长周期中对大麻植物至关重要的所有水平。
要使事情变得完美可能需要一些调整，但设置生长室系统的过程相对简单。种植者可以使用易于使用的软件为温室环境创建、设置点和安全区域范围；
控制HID或LED灯、二氧化碳含量，排湿的风扇通风和生长操作的整体温度都可以哈罗研发中心和加拿大农业部。这项研究使我们能够完善我们的自动化系统，使之适应大多数种植者每天都要面对的精确工作环境。
我们拥有两项专利，涉及我们的种植自动化科学方法，并为施肥和内部气候技术找到了正确的数学公式。
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为温室自动化选择一个明确的领导者

我们现在在全球拥有数百个自动化系统，所有这些系统都有助于减少体力劳动，为使用我们技术的所有种植者创造更好的底线。减少更多的工作时间，但仍然提高整体收益率，这是一种双赢的情况。

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气候控制系统：人们非常注重利用自动化灌溉，种植照明，甚至二氧化碳的作物。随着气候控制系统，自动化的需要the greenhouse are efficiently handled. Because it is automated, everything is calculated and based on a schedule. In other words, all elements are controlled, which aids in attaining the best plant growth.

Ozone Water Treatment Systems: The CCS-SW80 Plasma Ozone Technology is ideal for sterilizing irrigation wastewater for greenhouse flower and vegetable crops. The Ozone Pro systems are available for water flow rates from 10 US GPM to 1000 US GPM.

Get your hands on one of our PDF brochures or reach out to the team here at Climate Control Systems Inc and our company will help you get the most out of your crop with the best the world has to offer for automation today.

Each system is custom-designed to suit your specific grower needs and water flow rate. Aside from the above features mentioned, it is important to remember that the automation systems are easy to install and use. This way, average growers can also benefit from the system.

The post Greenhouse Automation Companies to Watch in 2020 appeared first on Greenhouse Automation Systems.

室内大麻种植自动化

埃里克·拉巴特 — 2020年2月17日星期一18:05:13+0000

室内大麻种植自动化技术可能是大麻世界发展最快的产业之一。大多数大型医疗作业都需要计算机自动化水培来实现规模化生产，并时刻关注质量控制。

自从计算机能够控制内部生长环境以来，当地农产品的商业温室种植者一直信任气候控制软件和自动化系统。让温室用先进的软件调节自己的温度和湿度，确保更高的产量和年终利润。

在气候控制系统公司，我们提供自动种植系统已经超过30年了。我们的三大旗舰产品包括//www.masteryouridea.com/fertigation-manager/“target=”\u blank“rel=”noopener noreferrer“>灌溉和营养自动化，室内气候控制和臭氧水循环利用

所有系统都可以按时间表设置，并进行实时监控。

这些组合是一股强大的力量，确保您的室内大麻种植操作年复一年取得成功。188金宝慱电子800备用网址

如何降低大麻种植成本？

新设施开始增长时面临的成本增长数量至关重要。早期做出正确的决定将决定大麻生意的成败。以下是您的自动种植室需要考虑的一些主要区域…；

长凳、移动台、定制种植柜
LED种植照明
灌溉和营养
温度和湿度

水收集和回收

所有种植者都知道自动化程度越高，流程就越简单，同时降低了劳动力成本。你不必一次自动化整个医用大麻农场，你可以自动化软件不仅意味着降低了劳动力成本，而且为任何室内种植节省了巨大的电力和能源。

增长因素也是一大好处，聪明的种植者利用这项新技术是因为自动化有助于生产出更健康的植物。更有弹性的植物是强壮的，可以抵御更多的疾病，产生更长的产量和增加你的市场价值。从本质上讲，您拥有的产品远远优于任何其他未使用自动化系统种植的产品。

灌溉和环境控制

大多数种植者都知道施肥管理（灌溉和环境控制）；肥料）和内部环境控制是所有健康植物的基石。我想和大家分享一些关于每个系统如何提高产量的细节//www.masteryouridea.com/fertigation-manager/“target=”\u blank“rel=”noopener noreferrer“>施肥管理器为您提供回水的所有测得的E.C.，流速，Ph值和渗滤液E.C.，以便您知道植物吸收了什么。精密的气动泵注入适量的肥料金宝博备用s to be blended in the water tank so it can be sent out to the plants. You can create multiple feed recipes for each strain of cannabis you grow.

The Fertigation Manager serves as the central hub of growing information. From your digital interface, the system allows you to read the level of nutrients absorbed by the plants. You can also see how many liters of water have been sent out daily to the plants and crop.

The fertigation device runs on a schedule and again you can set a specific nutrient recipe for all of your cannabis plants. An advanced system like this would cost you many man-hours in labour, trying to get all the batches right. Not to mention the time it would take to get the watering done in each room by hand.

The Climate Manager Program

The Climate Manager controls your grow-op’s internal environment. Heating, humidity and Co2 is accurately controlled inside the greenhouse directly to your grower set points… day and night. The environment inside the greenhouse can be dependent on the weather conditions outside the greenhouse.

The 118bet网娱乐 takes into consideration outside weather conditions, such as solar radiation, outside temperature, rain, and wind and makes adjustments to achieve the best possible climate inside your greenhouse.

You can trust the Climate Manager to control the greenhouse micro-climate and protect the greenhouse against any harsh weather conditions.

Most field crops have disappeared because it’s much easier to control the content and quality of your cannabis crops indoors.

Better Marijuana Production and Quality Control

Search for any type of Cannabis growing article online and I would be surprised if it didn’t mention something about quality control. For instance here is a quote from Analyticalcannabis.com

“As with any other pharmaceutical drug, medicinal cannabis needs to undergo rigorous testing to ensure that it is both fit for human consumption and is delivered at the right potency to provide the medical outcomes that it is being taken for.”

So the only way you are going to be successful in this growing 100 billion dollar market is to form a quality control protocol for your plants. Here is another quote from Bill MacDonald – Commercial cannabis production program at Niagara College.

“It’s a completely new ballgame when you’re growing with Health Canada,”

Some growers may not have the experience necessary as this is still a completely new market when you are talking commercial medical-grade marijuana of the highest standards. Namely Health Canada. Time is not on your side if you ever had to deal with an aphid pest infestation or powdery mildew.

Automation can help produce the types of plants that highly resistant to some of these problems and can give owners real peace of mind.

In the Pursuit of Perfection

Free time is one thing, but having a world-class cannabis product be a gold cup winner is a whole nother level completely. We have been helping growers reach that level of excellence for over 30 years.

We design and engineer greenhouse automation systems to help growers make their mark and brand their company’s name as one of the successful cannabis companies that made it into the winner’s circle.

If you are interested in getting a quote or just want to talk to one of our engineers about how to set up your next grow operation, you can1188金宝搏亚洲 .

The post Indoor Cannabis Grow Automation appeared first on Greenhouse Automation Systems.

药用大麻水培栽培系统

埃里克·拉巴特 — 2020年1月30日星期四01:40:03+0000

土壤与水培：哪种对你的作物更好？首先，与土壤法相比，水培具有很大的优势，特别是在大型作业中。使用水培生长系统产量更高，生长速度也更快。水培法相对于土壤法的3个主要优势包括消除了对土壤的需求，增加了对水化水平的控制（降低了植物干枯或淹死的风险），以及消除了重新种植植物的需要。那些种植空间有限的人应该考虑水培种植系统的优点。
在a水培系统更适合商业操作。为企业家考虑冒险进入商业医疗大麻行业。顺便说一句，预计到2025年，其价值将高达663亿美元。使用自动化水培生长方法是一个很好的投资//www.masteryouridea.com/blog/top-10-reasons-to-install-greenouse-automation/“>确保您的运营在未来保持竞争力。
对于温室业务，植物生长和运行效率的最大化是重要的底线。水培种植系统可以最大限度地提高每种植物的生长和效率，同时保持与营养水平、灌溉和其他因素的一致性，这些因素都可以由计算机自动化控制和监测。
这并不是说土壤没有某些优势，而是有一些优势。低启动成本是土壤种植作物的巨大优势。也就是说，在对设备进行初步投资后，产量和效率将超过室内无土水培的成本。这里真正的危险是，土壤会带来许多虫子和螨虫的并发症，这会对大麻的质量控制造成严重破坏。

生长介质解释说，大麻植物不需要土壤生长，但它们肯定需要生长介质。如果您正在寻找一种简单且价格合理的培养基来种植植物，岩棉。与粘土颗粒不同，岩棉能很好地保持水分。这意味着水分和营养物质被保存在岩棉中，但如果监测不当，可能会导致植物淹死。
潮湿的环境可能是各种真菌的避难所，并导致植物根部周围的气流问题。因此，岩棉可能适合更有经验的种植者。椰子纤维是另一种优于岩棉的优良基质。由于椰子纤维具有抗真菌和抗菌的特性，与岩棉相比，椰子纤维产生真菌或霉菌的风险较小。与岩棉类似，椰子纤维保留了更多的水分和营养，因此有可能用过饱和的营养液淹死水培大麻。
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值得注意的是，岩棉如果吸入会对肺部造成危险，而椰子纤维则不会带来这种危险。珍珠岩是一种石头，它有许多优点，例如它能够在植物和8217；的根部周围实现无缝营养流，但它与岩棉对人肺的风险相似，因此必须谨慎使用。Vermiculite is another substrate that is often mixed with other mediums and may be of interest to medical cannabis growers. Although has also had a rough past with health risks and warnings about usage.

In general, the best medium to make your plants grow will depend on your specific chosen system, budget, and goals.

Choosing a Hydroponic Growing System for Your Business

The simplest system to get started with growing weed is called a passive system. A passive system is basically your basic pot with a medium in which your plant grows. The plants in a passive system are often watered manually, or grow in a controlled nutrient solution. Oftentimes, in passive systems, nylon gauze is layered inside to help contain the nutrient solution’s uniform composition throughout and make it easier to re-use the substrate later on.

For the entrepreneurs looking to save money, a static hydroponic system is often chosen for its affordability and simplicity. As with any system where water pools and does not move, fungi and mold can plague static hydroponic systems. For this reason, many bigger operations opt to grow plants in open circuit hydroponic growing systems or closed-looped systems. You should know that circulating systems require quite a bit of knowledge and for those reading this guide, a much more in-depth study of systems will be required than this simple how-to can provide. In general, a closed-looped system will produce less waste than an open system.

Other systems to consider include ebb and flow systems, NFT (nutrient film technique), and aeroponics.

Serious growers will take interest in fertigation management systems as well as ozone sterilization systems as they allow for efficient water collection and recirculation of the fertilized irrigation wastewater. Recycling water, nutrients, and other additives are both eco-friendly and pocket-friendly to businesses.

Nutrient Solutions Are Your Marijuana Plants Best Friend

All plants require nutrients to grow. The main required nutrients are potassium, phosphorus, nitrogen, and oxygen of course. The temperature of the water should also, be monitored regularly and an appropriate fertilizer feed schedule can be programmed for your chosen greenhouse automation system to help grow your buds.

Many operations choose to automate the fertilization process, as automated systems tend to be more eco-friendly, producing less waste and allowing for efficient recycling of fertilization and water. Plants can require different solutions depending on their growth phase, and automating this process can allow businesses to optimize their processes for most efficient and cost-effective yields.

Click here to learn about the best fertigation manager technology for hydroponic crops.

Yes, You Need to Monitor pH & E.C. Levels

You may recall the pH scale from high school science classes. The pH scale basically measures the acidity of your solution, on a scale from zero to fourteen. Just like the human body, whose pH value of blood must be maintained to stay alive, plants require their soil to have a specific pH in order to thrive. Water is considered to have a “neutral” pH of 7 and marijuana generally likes to live in a pH environment between 5 and 6. pH values can be verified using either a chemical reaction method or an electronic analyzer. Most commercial businesses rely on electronic testing.

Checking pH levels is fairly simple. You can either use an electronic or chemical method of testing. Electronic testing is accurate but tends to be significantly more expensive. If you have a large growing operation, you’re probably going to want the electronic tester.

Nutrients and other additives in the water will affect the electrical conductivity of the solution. Generally, early on in growth EC levels will be lower than during the flowering period. Electrical conductivity issues can also be a signal of how well your plants are managing to take in nutrients. A low EC indicates a need to add more nutrients to the solution. A high EC may indicate your plants are not taking up the nutrients you have added.

Growing hydroponically requires studying and expertise. There is no shortcut around this. Growing cannabis, in general, can be tricky, so make sure to consult with experts in the field before making any big purchasing decisions for your operation.

1188金宝搏亚洲 and talk to us more about increasing your cannabis crop yields, through the use of Climate Control’s hydroponic growing systems!

The post Hydroponic Growing Systems for Medical Marijuana appeared first on Greenhouse Automation Systems.

今天，持牌大麻种植者如何在温室中使用物联网？

埃里克·拉巴特 — 2019年12月23日星期一19:31:26+0000

今天，持牌大麻种植者如何在温室中使用物联网？

在我们开始讨论本文之前，让我们首先定义一些对您来说可能是新的术语：

物联网：物联网：

>；

物联网是一个相互关联的计算设备系统，具有唯一标识符的传感器和数字传感器，能够通过网络实时传输数据，而无需任何人机交互。

智能温室：；

A智能温室是一场农业革命，通过使用传感器、电机以及优化生长条件和自动化的监控系统，创造出适合植物生长的自我调节、内部气候使用计算机软件的种植过程。

使用物联网农业的未来是什么？我们能否完美地调整温室作物以产生最佳效果？为了回答第一个问题，我将引用我父亲在我一生中对我重复的一句话，至少几千次……

未来是自动化！通过使用物联网，温室控制和计算机软件我们可以在a 的帮助下为所有作物创造最佳的生长环境//www.masteryouridea.com/blog/greenouse-sensor-systems/“target=”\u blank“rel=”noopener noreferrer“>温室控制和监测系统
无线网状网络，传感器和自动温室
您可能会问自己，这些物联网智能温室是如何工作的？好吧，我们从温度和湿度传感器开始，它“读取”温室环境。这些收集到的数据随后由气候控制计算机进行处理。
种植者的高/低设定值被编程到温室自动化软件中，如果生长条件超出范围，远程监控系统将触发任何必要的操作，以再次平衡温室。
；
数据驱动的温室生长
举个简单的例子，1区的温度传感器读取低警报，因为温室运行的该区域有太多冷空气。软件会自动触发锅炉加热以恢复区域温度。
；
这种类型的实时温室监测和控制全年产生最佳的生长环境。
这意味着真正的安心种植者和温室所有者，因为他们不再需要担心手动校正，加热，冷却，通风，喷雾，遮阳或照明控制。环境温室温度控制可以把你的温室带到未来的今天。下面是一个简短的视频，解释我们如何将物联网用于温室自动化。
这就剩下另一个问题了，那灌溉呢？
下面我来谈谈我的下一点…；
什么是最好的智能灌溉系统？
气候控制系统只是智能物联网温室的开始。如果你想在白天安排灌溉，监测土188bet体育博彩及真人壤湿度，并用不同的肥料配方创建饲料批次，那该怎么办呢。您的所有灌溉需求都可以通过对作物的远程监控来设置。
The Fertigation Manager

Our controllers are so advanced that they can provide much need water to your crop by monitoring how dry your growing medium is or even the solar levels inside the greenhouse.

Climate Control Systems has produced The Fertigation Manager as a solution for any industrial greenhouse in need of smart controls and irrigation scheduling software to ensure your crop is fed what it needs, when it needs it.

All growers agree, irrigation controllers and remote access to growing data is the cornerstone of a successful crop.

What is a Wireless Mesh Network?

A wireless mesh network can provide 100% uptime from sensors and controls by Mesh eliminating any dead zones in the greenhouse. Each wireless device or node can be a source of data transmission to any other access point in the wireless network.

Essentially if one node losses signal the other device can send the data to the controllers to ensure that the system is always working properly.

Mesh networks have been growing in popularity in both home WiFi networks as well as in industrial greenhouse applications to provide the best remote access to controls and your growing data.

Where is the Future of Greenhouse Growing Headed?

Greenhouse environmental controls and products have been around for some time now. In fact, Wikipedia says, “The idea of growing plants in environmentally controlled areas has existed since Roman times.” and that…

“Many commercial glass greenhouses or hothouses are high tech production facilities for vegetables , flowers or fruits. The greenhouses are filled with sensors and equipment including shading, heating, cooling, lighting, and may be controlled by a computer to optimize conditions for plant growth.”

“Different techniques are then used to evaluate optimality-degrees and comfort ratio of greenhouse micro-climate (i.e., air temperature, relative humidity, and vapor pressure deficit) in order to reduce production risk prior to cultivation of a specific crop.”

Greenhouse growing has advanced since the days of Roman times, but future now lies in processing large sets of growing data. Most people can’t do a search on the internet today without reading something about machine learning or AI (Artificial Intelligence).

AI Cloud Processing

Because machine learning and AI takes lots of computation or processing power, large sets of data (Big Data) is sent to the cloud to be processed with AI chips or large servers for machine learning.

Our partner Opto22 is working with AI Engineers currently to provide the benefits of machine learning for greenhouse applications and better growing.

The data from all control systems can be sent to a cloud for processing, where AI computers can start to find patterns, and solutions to growing a better crop. Whether that be finding the best times to turn on a greenhouse temperature controller or optimizing your greenhouse crop feed. AI is an exciting new area for what is being called, “The next industrial evolution”.

One thing is for sure, Climate Controls Systems will continue to be your partner in helping to establish the best in innovation and greenhouse automation for years to come. If you have a project or grow operation in works 1188金宝搏亚洲 .

The post How are licensed Cannabis growers using IoT in Greenhouses today? appeared first on Greenhouse Automation Systems.

自动种植系统提高大麻产量

埃里克·拉巴特 — 2019年11月12日星期二16:13:37+0000

大麻自动种植系统
大麻产业正在蓬勃发展，这对工业温室所有者来说是个好消息。正确的？了解成长工程师设计更具成本效益和环保的成长室。虽然大麻是一种独特的植物，但大麻生产者已经开始使用一些//www.masteryouridea.com/fertigation-manager/“>工业温室种植者多年来一直使用的自动化计算机系统。
自动化种植系统有助于使大麻植物更健康、更有利可图。如果你以工业规模种植大麻，不要让你的大麻种植业务随着市场的繁荣而萎缩！温室自动化有助于控制剂量和