Water Matic Systems

Smart Irrigation with Wireless Soil Moisture Sensors

Introduction

Driven by the growing awareness of climate change and the increasing emphasis on reducing water consumption in the Okanagan region of British Columbia. This has further highlighted the need for changes in irrigation methods, especially to smart irrigation.

In today’s rapidly changing climate, managing water resources has never been more critical. As water conservation and efficiency become increasingly important in agriculture and landscaping, smart irrigation is emerging as the most effective solution for optimizing water use. Traditional irrigation systems often lead to overwatering or inefficient water distribution.

Smart irrigation integrates wireless soil moisture sensors, wireless weather stations, wireless controllers, and wireless solenoid valves to improve water management. Growing awareness of climate change and the need to reduce water consumption in the Okanagan region of British Columbia highlight the importance of efficient irrigation. Traditional irrigation methods often lead to overwatering and inefficient water distribution. Wireless sensors and automation provide real-time data collection and water application without manual intervention.

If you are searching for irrigation system services near me, irrigation system service and repair, or irrigation system service providers, this article presents smart irrigation solutions in Okanagan, British Columbia by Watermatic Systems. Whether requiring sprinkler system services near me, sprinkler system service cost, or sprinkler system service requirements, this guide covers modern irrigation solutions.

Why Need to Smart Irrigation

Traditional irrigation methods rely on manually schedules, leading to inefficient water use. Smart irrigation systems improve efficiency by applying water based on weather conditions, soil moisture level, and plant water needs. Upgrading to a smart irrigation system with new technology beside of drip irrigation & sprinkler irrigation installation significantly reduces water waste and costs.

Benefits of Smart Irrigation:

Water Conservation – Reduces excess watering using real-time data.

Cost Savings – Lowers water expenses by applying water only when needed.

Healthier Plants & Lawns – Prevents overwatering and underwatering.

Automated Management – Reduces manual labor and operational costs.

Decrease labor Cost- Reduce of labor also labor costs.

Key Components of Smart Irrigation Systems

1. Wireless Soil Moisture Sensors

Soil moisture sensors measure the precise water needs of crops, gardens, and landscapes. These sensors transmit real-time data to controllers, optimizing irrigation schedules.

 Wireless Soil Moisture Sensors Work:

Detect soil moisture levels.

Transmit data to a wireless controller.

Automate irrigation based on moisture readings.

Prevent overwatering and underwatering.

The Irrometer Watermark sensor consists of electrodes embedded in a granular matrix that measure soil moisture through electrical resistance. This sensor helps optimize water use and integrates with wireless controllers.

2. Wireless Weather Stations

Wireless weather stations enhance smart irrigation by measuring:

Temperature

Humidity

Rainfall

Wind speed

Weather-based irrigation adjusts schedules dynamically, ensuring efficient water use.

3. Wireless Controllers

Wireless irrigation controllers automate irrigation by:

Receiving data from soil moisture sensors and weather stations.

Adjusting irrigation schedules based on real-time conditions.

Allowing remote access via Mobile apps and Personal Computer.

Everywhere, Every time can check and change the scheduling.

Block Controller is a wireless irrigation automation controller designed to provide block-level control and visibility. By adding a Block Controller, a flow sensor, and a pressure sensor at each block valve, growers can monitor and adjust irrigation in real-time. The system helps detect irrigation line faults, ensuring that issues such as leaks or pressure drops are identified immediately. It also enables precise water delivery to each block, ensuring the correct volume is applied based on time-based schedules or volume of water. Accurate water usage records are maintained per block, supporting compliance and operational tracking. The modular and wireless design simplifies installation and maintenance, eliminating the need for extensive wiring or infrastructure modifications.

Top smart irrigation specialists in Okanagan, British Columbia recommend wireless controllers for remote monitoring and system adjustments by Watermatic Systems.

4. Wireless Solenoid Valves

Wireless solenoid valves open and close based on signals from the controller, ensuring:

Precise water application.

Automated operation without wired connections.

These components can improve with advanced flow meter monitoring system and advanced pressure monitoring system improving irrigation efficiency.

When selecting solenoids for agricultural irrigation automation, understanding key differences is essential:

DC Latching Solenoids – Operate with brief electrical pulses, maintaining state without continuous power.

DC Solenoids – Require a continuous power supply to remain activated.

AC Solenoids – Operate using alternating current (AC) and require continuous power.

Wireless Solenoid Valves

To setup this feature, all steps are similar to Sensor-based Irrigation Automation, differing at sensor selection. Select a properly positioned temperature sensor and set a temperature.

Cost Considerations for Smart Irrigation Systems

Homeowners and Growers often search for sprinkler repair in Okanagan, B.C., (cost) or top irrigation companies in Okanagan, B.C. or the best irrigation company in Okanagan, B.C. can find best solutions by Watermatic systems.

Factors Affecting Cost:

Installation Costs: The price of installing a smart irrigation system depends on the size of the property and the number of zones and sensors and controllers required.

Maintenance Costs: Irrigation system service and repair may involve replacing wireless sensors, controllers, or solenoid valves, which generally have low maintenance requirements.

Savings: Investing in smart irrigation reduces long-term water bills by preventing overwatering.

Labor cost: Smart irrigation reduces labors and everywhere can schedule system.

Choosing the Best Smart Irrigation Service Provider

Finding the best irrigation company in Okanagan, B.C. requires considering:

Experience – Look for proven agricultural irrigation experts in Okanagan, B. C.

Technology – Ensure they offer wireless irrigation solutions.

Service Area – Search for drip irrigation & sprinkler irrigation installation near me to ensure availability.

Customer Satisfaction – Check ratings of top irrigation companies in B.C.

Implement Smart Irrigation by Watermatic Systesm in Collaboration with Verdi

The use and operational implementation of Smart Irrigation provides the ability to easily make the following setting anytime, anywhere. The Smart Irrigation provides users with a streamlined interface for real-time irrigation control and data analysis.

1. Core System Components

Zones: Define specific irrigation areas.

Sets: Group zones for optimized scheduling.

Irrigation Schedule: Automate and adjust water application.

Calendar: View and manage scheduled irrigation events.

Core System Components

2. Sets Management

Efficiently schedule irrigation events for multiple zones.

Optimize sequencing to reduce water waste.

3- Scheduling & Remote accessing

Create and modify schedules via mobile app or web interface.

Real-time adjustments based on sensor data.

Remote scheduling is a core feature of our platform. Proper use allows users to create and adjust irrigation schedules from a mobile app or web interface. Once your AOIs and zones are setup and your hardware is installed, you can begin setting irrigation schedules.

4- Calendar overview

The irrigation calendar provides:

Day/Week View: Track irrigation activity.

Set Filters: Sort by crop variety, pump, or sensor data.

User Help Modal & Fullscreen View.

Calendar overview

5- Event Scheduling

Click on a zone or calendar slot to schedule irrigation events.

Assign irrigation events efficiently for optimal water distribution.

Event Scheduling

6- Multi-Depth Soil Moisture Data

Real-time monitoring of soil moisture at multiple depths.

Open Graph feature for detailed soil moisture visualization.

To view multi-depth soil moisture probe data, first click on the specific sensor icon on the map and then click the Open Graph button on the Device Card. A modal will open.

Multi-Depth Soil Moisture Data
Multi-Depth Soil Moisture Data

7- Irrigation Reporting & Data analyzing

The full history of actions taken by your Verdi system can viewed under Irrigation Report. This feature tabulates and visually displays several streams of data for the user including: irrigation hours and irrigation volumes per zone, pump, or set, mean monthly irrigation time and NDVI, and zone specific irrigation logs and sensor data. The user can also download their data in this section.

Irrigation Reporting & Data analyzing
Irrigation Reporting & Data analyzing

8- Irrigation & NDVI Graph

This window summarizes the NVDI and irrigation time data graphically by month between the date range for the last selected zone. Three main features are displayed here: scheduled vs. The hybrid bar and line graph summarize five inputs: individual zone NDVI measurements (green dot), zone monthly NDVI mean (green dot line), the zone’s set monthly NDVI mean (purple dot line), zone monthly irrigation time (blue bar), the zone’s set monthly irrigation time mean (purple bar). If a set is not assigned for the zone, no purple data will appear.

The left vertical axis displays irrigation times in hours, the right vertical axis displays NDVI values, the top horizontal axis indicates the month, and the bottom horizontal axis indicates the number of days after first irrigation event.

9- Variable Rate Irrigation (VRI) Implementation

For row-level irrigation users, Variable Rate Irrigation (VRI) system enhances water distribution:

Verdi Micro-Block Controllers & Microvalves ensure precise water delivery.

Custom irrigation scheduling for variable rate blocks.

Automated TIP assignment for optimized irrigation efficiency.

Conclusion:

Precision. Sustainability. Innovation. Irrigation for a Sustainable Future

Watermatic Systems is a leader in advanced irrigation solutions, with 30 years of expertise, integrating smart technology to optimize water use. Specializing in smart irrigation, we deliver efficient, sustainable, and cost-effective water management solutions for agriculture, landscaping, and commercial irrigation.

Smart Irrigation is central hub for managing irrigation automation. Designed for growers, agronomists, and farm managers, real-time visibility and control over every irrigation zone. From scheduling irrigation events to monitoring sensor data and optimizing water usage, helps streamline operations, reduce labor, and improve crop outcomes. With intuitive navigation, remote access, and powerful automation features, it ensures that every drop of water is applied efficiently saving time, energy, and resources.

By integrating wireless soil moisture sensors, wireless weather stations, wireless controllers, and wireless solenoid valves, property owners can achieve maximum irrigation efficiency. Whether for agriculture, landscaping, or residential use, smart irrigation improves water conservation, reduces costs, and enhances plant health.

For expert installation, contact the top irrigation companies in Okanagan, British Columbia and experience efficient irrigation management with Watermatic Systems.

Smart Irrigation-Transforming Agriculture with Advanced Wireless Technology by WaterMatic Systems

irrigation

Introduction

In modern agriculture, water management is a critical factor that directly affects productivity, resource conservation, and sustainability. Smart irrigation is revolutionizing agricultural and environmental applications by integrating high-tech wireless solutions for field monitoring and control. These systems offer a versatile, modular, and scalable approach to managing water efficiently, from small farms to large enterprise-wide networks.

By leveraging IoT (Internet of Things) technology, smart irrigation systems provide real-time monitoring, automated control, and data-driven decision-making. With cloud-based platforms and user-friendly mobile applications, farmers and agricultural enterprises can monitor and manage their irrigation systems anytime and anywhere.

The Evolution of Communication Technology for Precision Agriculture

What Makes Smart Irrigation Unique?

Smart irrigation technology stands out due to its broad adaptability and modular design, offering solutions that range from a single cellular node monitoring temperature to fully automated, enterprise-wide irrigation control systems. The flexibility of these systems ensures compatibility with various sensors, controllers, and third-party platforms, making them future-proof and cost-effective.

The core features of smart irrigation technology include:

 Remote Monitoring & Control – Real-time wireless data collection and control of irrigation systems.
Third-Party Integration – Compatibility with diverse IoT products and environmental monitoring solutions.
Cloud-Based Platform – Centralized access via web browsers, mobile apps, and automated reporting.
Alarms & Alerts – Immediate notifications for critical conditions such as drought, overwatering, and weather fluctuations.
Scalability & Flexibility – Modular design allows for easy expansion and customization based on farm size and needs.

With high-level security and reliability, smart irrigation helps businesses deploy and manage critical infrastructure in demanding environments.

smart irrigation

The Value of Smart Irrigation for Agricultural Efficiency

How Smart Irrigation Boosts Agricultural Productivity

Water is one of the most precious resources in agriculture. Smart irrigation technology optimizes water use, minimizes waste, and enhances crop yields. By using real-time environmental data, these systems adjust watering schedules dynamically, ensuring that plants receive the right amount of water at the right time.

The key benefits include:

Increased Crop Yields – Precise irrigation enhances plant growth and quality.

Water Conservation – Eliminates overwatering, reducing water waste by up to 50%.

Reduced Labor Costs – Automation minimizes manual intervention and improves efficiency.

Sustainable Farming Practices – Supports climate-smart agriculture by integrating weather forecasting and soil health monitoring.

By integrating wireless technology and automation, smart irrigation ensures that farmers achieve higher returns on investment (ROI) while reducing operational costs.

Smart Irrigation Equipment & Wireless Technology with High quality

Advanced Wireless Solutions for Agricultural Monitoring

New smart irrigation systems are equipped with cutting-edge telemetry models, ensuring seamless remote communication and control of irrigation networks.

Some of the latest wireless equipment models include:

Equipment

Functionality

RM400 Model

Wireless remote monitoring and control

RS330 WiFi & Cellular Telemetry Node

Connects sensors to cloud-based platforms

RS10 Expansion Unit & Receiver

Enhances data transmission and control

Soil Moisture Sensors

Measures soil moisture levels for precise irrigation scheduling

Weather Station Integration

A complete smart weather station provides continuous, real-time climate data, including:

Temperature – Relative Humidity – Wind Speed & Direction

Rainfall – Solar Radiation – Leaf Wetness

Smart irrigation combines weather data with soil moisture levels, ensuring that irrigation is applied only when necessary. This integration prevents overwatering, conserves resources, and improves plant health.

Smart Irrigation
Smart Irrigation

Weather Station: Monitoring Chill Accumulation for Orchards & Vineyards

Understanding Chill Accumulation in Fruit Trees & Vineyards

Fruit trees and grapevines undergo dormancy during winter, where they require a certain number of chilling hours to produce healthy buds in the spring. Chill accumulation helps plants survive freezing temperatures by gradually adapting to the cold before entering their active growth phase.

Phases of Dormancy:

Pre-Dormancy (Para-Dormancy): Trees prepare for winter by slowing down growth.

Deep Winter Dormancy (Endodormancy): Plants accumulate “chill hours” to protect buds.

Eco-Dormancy: Plants begin to wake up when temperatures rise, signaling the start of spring.

read about winterize the irrigation.

Methods for Measuring Chill Accumulation

 Chilling Hours Method – Measures the total hours below 45°F, starting November 1.
Dynamic Chilling Portions – Used in warmer regions, calculates chill units between 32°F – 55°F.
Utah Chilling Units – Assigns weighted values to different temperature ranges for more precise measurements.

Smart Irrigation Equipment & Wireless Technology with Good quality

Some of the latest wireless equipment models include:

Equipment

Features

Wireless W/Fan 6263 Weather Station

Real-time data with up to 1,000 ft transmission

Soil Moisture Sensor (SKU 6440)

Measures soil hydration levels

Leaf Wetness Sensor (SKU 6420)

Detects moisture on plant surfaces

EnviroMonitor Gateway (LTE, SKU 6803)

Secure, cloud-based environmental monitoring

EnviroMonitor Node (SKU 6810)

Connects multiple sensors for comprehensive data collection

Smart Irrigation

Smart Irrigation for Smaller Farms: Affordable Wireless Solutions

For smaller farms, cost-effective smart irrigation solutions provide advanced automation at a lower price point.

Lower-Cost Smart Irrigation Equipment

Equipment

Functionality

EVOM12 Smart Controller

Automated valve and pump control

EVO-Sc Smart Receiver

Wireless sensor communication

PSS-SEN Wireless Soil Sensor

Monitors soil moisture levels

Smart Logic Gateway

Centralized irrigation control

EVO-WS Wireless Weather Sensor

Monitors environmental conditions

Smart Irrigation

The Future of Smart Irrigation & Precision Farming

Emerging Trends in Agricultural Water Management

 AI-Powered Irrigation – Machine learning optimizes water schedules based on crop needs.
 Satellite & Drone Monitoring – Real-time imaging detects irrigation issues.
 Blockchain in Agriculture – Enhances data security for smart farming.
Sustainable Water Solutions – Integration of rainwater harvesting and greywater recycling.

Conclusion:

Why Smart Irrigation is the Future of Agriculture

Smart irrigation redefines water management by integrating wireless technology, automation, and data analytics. From small farms to large-scale agribusinesses, these solutions improve efficiency, increase yields, and ensure long-term sustainability.

As agriculture embraces driven precision farming, smart irrigation will play a pivotal role in addressing water scarcity, reducing costs, and optimizing resource management. Investing in smart irrigation today means securing a sustainable future for global food production. The future of farming is smart, sustainable, and data driven.

Smart Irrigation and Advanced Sustainable Water Management by Watermatic Systems

Goals and Objectives

Watermatic Systems is committed to introducing smart irrigation technology to the Okanagan-Similkameen region (Vernon, Kelowna, Penticton, Oliver, Osoyoos) to enhance water efficiency, promote sustainable agricultural practices, and share innovative solutions with local communities. Our primary objectives include:

Enhancing water efficiency through cutting-edge irrigation technologies. Promoting sustainable agricultural practices that support both productivity and environmental conservation.Providing expertise and innovative solutions to improve regional irrigation methods. By leveraging our knowledge and advanced technology, we aim to optimize water use in agriculture and landscaping, benefiting both the environment and the broader community.

Supporting Water Security and Agricultural Sustainability

Our project aligns with the broader initiative to improve water security in agricultural regions and enhance food security in British Columbia through several key initiatives:

Implementing advanced irrigation techniques, such as drip irrigation and precision sprinkler systems, to minimize water waste.

Integrating wireless soil moisture sensors connected to weather stations and automated irrigation controllers, ensuring optimal watering schedules.

Promoting water conservation techniques, including cover cropping, to reduce evaporation and runoff.

Educating farmers on best practices for efficient water management.

Utilizing data analytics to optimize irrigation schedules and detect inefficiencies in water use.

Expected Impact

By implementing these initiatives, our project will significantly enhance water efficiency and security in agriculture, leading to higher crop yields and stronger food security in B.C. The integration of modern irrigation systems, conservation practices, and advanced infrastructure will ensure sustainable water management, benefiting both farmers and the environment.

Achieving Project Objectives

Maximizing Water Availability for Agriculture

Comprehensive Assessment & Strategic Planning

Conduct detailed evaluations of current water supply and demand to develop efficient water management strategies, particularly in drought-prone regions.

Modern Irrigation Technology

Deploy advanced irrigation systems that optimize water distribution while minimizing waste.

Incorporate soil moisture sensors and weather-based controllers to ensure precision irrigation tailored to crop needs.

Efficient Water Delivery

Focus on root-zone irrigation, delivering water directly to crops while minimizing evaporation and runoff.

Increasing Agricultural Production

Sustainable Water Practices

Train farmers in water conservation techniques such as cover cropping and efficient irrigation methods.

Infrastructure Improvements

Develop and refine irrigation infrastructure to reduce water loss and increase delivery efficiency, directly supporting higher agricultural output.

Monitoring & Management

Implement real-time monitoring systems to track weather conditions and water usage.

Utilize data analytics to make informed, efficient irrigation decisions.

Summary

By integrating modern irrigation systems, efficient storage solutions, and robust water management, we will improve agricultural productivity, support environmental sustainability, and strengthen the long-term viability of farming in B.C.

Challenges in Adopting Advanced Irrigation Systems

Despite the evident benefits of smart irrigation, several challenges hinder widespread adoption:

Limited Adoption of Smart Irrigation

While many farmers use basic irrigation systems, few have transitioned to automated and smart irrigation technologies, slowing progress toward water efficiency

Skepticism Toward Automation

Farmers express concerns over reliability, leading to hesitation in adopting automated irrigation systems.

Need for Demonstration & Proof of Benefits

Without real-world demonstrations, many farmers remain reluctant to invest in automation.

Knowledge Gaps & Training Needs

Many farmers lack technical expertise on how to implement and maintain smart irrigation systems.

Financial Barriers

The high upfront cost of advanced irrigation technology can be a deterrent, especially without clear evidence of cost savings and efficiency improvements.

Overcoming These Challenges

Demonstration Projects

Establish pilot programs with local farmers to showcase the effectiveness of smart irrigation.

Educational Workshops & Training

Host hands-on training sessions to help farmers understand system operations and benefits.

Financial Support & Incentives

Seek government funding and grants to offset initial costs and encourage adoption.

Ongoing Support & Maintenance

Provide long-term assistance, including system troubleshooting, maintenance, and updates.

Through these initiatives, we aim to increase the adoption of smart irrigation systems, leading to higher water efficiency, improved crop quality, and greater environmental sustainability.

Irrigation Systems & Smart Technology: The Future of Water Management

The Rise of Smart Irrigation

Smart irrigation is revolutionizing water management in residential, commercial, and agricultural applications. By integrating weather stations, soil moisture sensors, and wireless controllers, these systems:

  • Optimize water use
  • Reduce waste
  • Lower labor costs
  • Ensure long-term sustainability

The Smart Irrigation Advantage

Unlike traditional irrigation, smart systems use real-time data to adjust water distribution based on:

  • Temperature fluctuations
  • Rainfall patterns
  • Soil moisture levels

This precision-driven approach ensures maximum efficiency, reduced water waste, and healthier landscapes.

Applications of Smart Irrigation

Vineyards & Orchards: Drip irrigation + soil sensors = optimal hydration for higher yields.

Residential & Commercial Landscapes: Weather-based controllers maintain lush, green spaces.

Key Smart Irrigation Technologies

Weather-Based Controllers: Adjust watering based on real-time weather data

Soil Moisture Sensors: Prevent overwatering by measuring soil conditions

Wireless Systems: Enable remote irrigation control and monitoring

How Smart Irrigation Works

Weather Station Integration – Captures climatic data to optimize irrigation.

Soil Moisture Monitoring – Communicates with controllers to prevent overwatering.

Wireless Soil Sensors – Enable real-time, remote adjustments.

Benefits of Smart Irrigation by Watermatic Systems

✅ Water Conservation – Reduces waste and preserves resources.

✅ Higher Crop Yields – Improves agricultural efficiency and productivity.

✅ Labor Savings – Automation reduces manual work.

✅ Healthier Landscapes – Ensures sustainable, thriving environments.

Smart irrigation is transforming water management in agriculture, landscaping, and urban environments. By optimizing resources, reducing waste, and enhancing sustainability, it is paving the way for a more water-efficient future.

With continued investment, education, and innovation, smart irrigation will play a critical role in securing water resources and ensuring long-term food production sustainability.

Iranian immigrant thrilled to build success helping people save water in Penticton

“Community Champions” is a media campaign led by the South Okanagan-Similkameen Local Immigration Partnership (SOSLIP) and supported by SOICS & Castanet. We share stories that raise awareness about the contributions that immigrants make to the community while introducing the small businesses of new Canadians.

Meet the family of engineers, including Farid, Nahid and their twin daughters Kimia and Kamand. They came to Penticton from Tehran, the capital of Iran.

Compared to the city with the population of over 10 million, moving to a small city was quite a change. But the family welcomed that change, seeking new challenges and opportunities for growth.

Farid is the oldest child in his family, followed by two sisters and a brother. Farid was known as a handy man in his family.

“I believe that life has its ups and downs, depending on how you perceive difficulties or problems. When you change your mindset to see life as mostly problems that need solving, you will find joy in solving those problems,” says Farid.

Other than solving problems, Farid’s passion has always been in water preservation systems. Thus, he became an engineer in water management and irrigation. He joined a company called Ghods Niroo Engineering right after the university. There, he met Nahid, who joined the company as a water resource engineer a few years after Farid.

They got married in one year, and had their twin daughters soon after. Both daughters later received their BA in Engineering (Industrial Engineering and Energy Engineering).

After five years at the company, Farid realized that his role in conventional projects was limiting, and he needed to explore new ideas. He decided to start his own business.

“I knew I could do more. My passion was to help others use water efficiency systems for water management and Irrigation. Similar to South Okanagan, the amount of annual precipitation in my home country is very small – around 250 millilitres on average. So, water preservation and efficient irrigation is very important,” shares Farid.

After over 25 years, 800 projects and satisfied clients, Farid began to look for new challenges. That’s how the family ended up in Canada.

Through the BC Provincial Nominee Regional Pilot, Farid applied as an entrepreneur to start a business in Penticton, and successfully passed the vigorous selection process.

“It was very exciting but also very challenging. …Starting over in the new country was daunting…everything was new and unfamiliar,” continues Farid.

With so many wineries, vineyards and orchards in the South Okanagan that could use Farid’s services, as well as the limited precipitation that requires preservation, Penticton was an easy choice.

Farid and Nahid started off by connecting with the South Okanagan Immigrant and Community Services (SOICS) to improve their language skills and establish new connections. Their children are thriving. Nahid is currently working in her field, and their daughters are exploring new exciting avenues.

Kimia is working on event planning and design and Kamand on digital marketing, before they pursue graduate studies in engineering.

Farid has started his business WaterMatic Systems Inc. that offers smart irrigation systems, creating water features (e.g. fountains, ponds), landscaping and more.

A recent project involved developing a treatment system for the pool at Penticton Lakeside Resort. He’s also working with five vineyards to enhance sprinkler irrigation systems and automation, sharing the results for research and development.

“Many wineries and orchards have equipment for automated irrigation but don’t use them because they think it’s difficult to use. But it’s not! if you’re watering your vineyard or home 2-3 times a week for 4-5 hours each time, most of the water is wasted because in the sandy and loamy soil in the region, more watering it is out of reach the roots. Drip irrigation is 98% efficient, and sprinkler systems are 86-89 per cent efficient. Plus, setting up the automated watering for early mornings and for shorter periods allows for low evaporation, and with some sensors, ensures water goes directly to the roots,” Farid shares in his opinion.

Farid believes that clients’ trust is the most important aspect of any business, and the most effective advertisement is carried out by the happy customers through “word of mouth.”

The new residents of Penticton are full of hope. They love their new hometown.

Farid loves sports. He skies, plays tennis, runs and jogs. Nahid enjoys yoga, and they like to go for walks along the lakeshores. The girls go to the gym and explore their creativity in design and marketing. The family likes to get together for a nice dinner with friends.

“People are very kind and friendly in this community. They help each other, and it is very important for newcomers. We hope to grow together here as a family for a better future. …If you were successful in your home country, you can be successful in another country,” Farid concludes with a kind smile.

“Every day you should have a plan and solve at least one problem. It is like a chess game — you need to plan each move, and your next move depends on your previous one. You just need to keep going, one step at a time.”

BEFORE

Traditional methods of irrigation have long been plagued by inefficiencies and water wastage. However, the advent of precision irrigation technology, coupled with a focus on sustainability, has brought about a welcome change. These modern systems are designed to minimize water consumption while maximizing the health and growth of landscapes, be it lush gardens or vital crops. The heart of these innovations lies in their ability to adapt to a variety of environments. From lush, temperate climates to arid, water-scarce regions, these irrigation systems have proven their worth. They do more than just provide water; they ensure that every drop counts and is used with utmost efficiency. At this irrigation revolution stands WaterMaticSystems, a dedicated player in the field. With over two decades of experience, their commitment to delivering tailored solutions that match the unique needs of clients has propelled them to a position of leadershiP. Continue reading “BEFORE”

AFTER

As we look ahead, it’s clear that the future of landscaping and agriculture will be shaped by these groundbreaking irrigation systems. They offer an unprecedented level of control, sustainability, and adaptability that were previously unimaginable. Stay tuned for further developments as Watermatic systems continues to innovate and lead the way in this transformative journey. The future of green spaces and water conservation is here, and it’s driven by precision and sustainability. The era of cutting-edge irrigation systems has arrived, and it promises to revolutionize how we interact with the environment.

Continue reading “AFTER”

Automation Irrigation

The automation of agricultural or green space operations has the potential to shift the agricultural sector from being manual and unchanging to becoming intelligent and adaptable. This transition can result in increased productivity while reducing the need for constant human oversight, thanks to automated irrigation systems. These systems are capable of continuously monitoring and adjusting the soil moisture levels by automating the watering process.

Continue reading “Automation Irrigation”

Drip & Sprinkler Irrigation

We emphasized the need for timely maintenance to keep drainage systems effective and underscored the impact of efficient drainage on the environment. It underscores the need for regular maintenance to ensure the effectiveness of drainage systems and highlights the positive environmental impact of efficient drainage.

Continue reading “Drip & Sprinkler Irrigation”