


To develop a mobile app and website that provide seamless access to renewable energy solutions and modern agricultural technologies, enabling real-time power monitoring, smart energy management, and an e-commerce platform for farming tools—ultimately driving sustainability, financial inclusion, and increased productivity in Nigeria’s power and agriculture sectors.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Intelligent scheduling
AI algorithms analyze user preferences, availability, and priorities to generate optimized schedules.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
My Systems
Buy Power
Dashboard
9:41
Potable systems
SMART
SYSTEMS
Good High quality systems
150Ah
Batteries
HIGH QUALITY BATTERIES
SOLAR PANELS
4YEARS
WARRANTY
High Quality Panels
Store Purchases
Payment
Referrals
Share
Home
Systems
Store
Setting
Calendar integration
Seamless integration with popular calendar platforms such as Google Calendar and Outlook.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Intelligent scheduling
AI algorithms analyze user preferences, availability, and priorities to generate optimized schedules.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
My Systems
Buy Power
Dashboard
9:41
Potable systems
SMART
SYSTEMS
Good High quality systems
150Ah
Batteries
HIGH QUALITY BATTERIES
SOLAR PANELS
4YEARS
WARRANTY
High Quality Panels
Store Purchases
Payment
Referrals
Share
Home
Systems
Store
Setting
Calendar integration
Seamless integration with popular calendar platforms such as Google Calendar and Outlook.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Intelligent scheduling
AI algorithms analyze user preferences, availability, and priorities to generate optimized schedules.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
My Systems
Buy Power
Dashboard
9:41
Potable systems
SMART
SYSTEMS
Good High quality systems
150Ah
Batteries
HIGH QUALITY BATTERIES
SOLAR PANELS
4YEARS
WARRANTY
High Quality Panels
Store Purchases
Payment
Referrals
Share
Home
Systems
Store
Setting
Calendar integration
Seamless integration with popular calendar platforms such as Google Calendar and Outlook.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Intelligent scheduling
AI algorithms analyze user preferences, availability, and priorities to generate optimized schedules.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
My Systems
Buy Power
Dashboard
9:41
Potable systems
SMART
SYSTEMS
Good High quality systems
150Ah
Batteries
HIGH QUALITY BATTERIES
SOLAR PANELS
4YEARS
WARRANTY
High Quality Panels
Store Purchases
Payment
Referrals
Share
Home
Systems
Store
Setting
Calendar integration
Seamless integration with popular calendar platforms such as Google Calendar and Outlook.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Personalization
Customizable settings allow users to tailor scheduling preferences and priorities to their unique needs.
Approach
1. Market Research & Problem Identification
Before developing the solution, we conducted extensive research to understand the core challenges in Nigeria’s power and agriculture sectors.
Power Sector Findings:
Frequent power outages (8+ hours daily in urban areas).
47% of rural households had no access to electricity.
Small businesses and industries lost an average of $10,000 per month due to power failures.
High costs of solar solutions prevented mass adoption.
No centralized platform to monitor energy usage and purchase power efficiently.
Agriculture Sector Findings:
72% of smallholder farmers relied on traditional farming methods.
78% reported post-harvest losses due to poor storage and power issues.
60% of farmers lacked access to financial services for modern equipment.
Climate change made farming unpredictable due to erratic weather.
We analyzed these insights and defined the product strategy to solve these challenges.
2. Defining the Product Vision & Strategy
Based on our research, we aimed to:
Develop a mobile app & website for seamless purchase & management of power solutions.
Integrate smart monitoring tools for real-time tracking of power usage.
Create an e-commerce feature to sell solar panels, batteries, and farm equipment.
Enhance financial accessibility by integrating flexible payment plans.
Provide digital literacy training for farmers and rural users.
These objectives guided our product roadmap and feature prioritization.
3. Product Development & Design
A. Defining Core Features
We structured the mobile app & website around the following:
For Wenigro Power:
Smart Inverter Monitoring: Users could track power consumption and inverter status in real time.
Power Purchase Platform: Allowed users to buy electricity from third-party providers (e.g., IKEDC, PHED).
Energy Usage Alerts: Notified users when consumption was too high to optimize power efficiency.
Payment & Financing: Integrated secure payments and financing options for solar panel purchases.
For Wenigro Agriculture:
E-commerce Platform: Provided easy access to modern farming equipment & technology.
Weather & Climate Alerts: Informed farmers about weather patterns to aid decision-making.
Training Modules: Educated users on smart farming techniques via in-app content.
Financial Access: Connected farmers with loans & grants for agricultural investments.
B. UX/UI Design & Prototyping
To ensure a seamless experience, we:
Conducted user interviews to understand preferences & pain points.
Created wireframes & prototypes for both the website and mobile app.
Designed an intuitive UI with clear navigation & accessibility in mind.
Once the design was finalized, we moved to MVP development.
4. Development & Engineering Execution
A. Tech Stack Selection
Frontend: React Native (mobile app), React.js (web app).
Backend: Node.js & Firebase for real-time data processing.
Payments: Paystack & Flutterwave for secure energy purchases & financing.
Data & Analytics: Google Cloud for tracking user behavior & energy consumption trends.
B. Agile Development Process
Sprint 1: Built-core inverter monitoring & power purchase features.
Sprint 2: Developed e-commerce functionality for agriculture products.
Sprint 3: Integrated smart grid monitoring for energy efficiency insights.
Sprint 4: Launched beta testing and gathered user feedback.
We followed continuous integration & deployment to ensure a bug-free experience.
5. Testing & User Feedback
A. Beta Testing
We ran a closed beta with 100+ users:
50 power users (homeowners & businesses).
30 farmers are testing smart agriculture features.
20 energy providers & installers for real-world deployment.
Key feedback:
✅ 90% found inverter monitoring useful in tracking power consumption.
✅ 60% of farmers preferred the e-commerce model over physical marketplaces.
✅ 70% of users wanted financing options for solar products.
B. Improvements Based on Feedback
Optimized app speed & UI flow based on usability issues.
Expanded financing options for lower-income users.
Added an offline mode for farmers with limited internet access.
6. Launch & Scaling
A. Initial Rollout
Launched the mobile app & website with core features.
Partnered with local power companies for electricity sales integration.
Activated 100+ farmers on the agricultural marketplace.
B. Marketing & User Adoption
Social media campaigns to drive awareness.
Referral Program to increase organic adoption.
In-person farmer training to encourage smart technology adoption.
Final Thoughts on Approach
Through data-driven decision-making, user research, and agile execution, we successfully developed a digital ecosystem for energy & agriculture in Nigeria. The mobile app & website continue to empower users with affordable, sustainable solutions, bridging the gap in power access & agricultural efficiency.
Approach
1. Market Research & Problem Identification
Before developing the solution, we conducted extensive research to understand the core challenges in Nigeria’s power and agriculture sectors.
Power Sector Findings:
Frequent power outages (8+ hours daily in urban areas).
47% of rural households had no access to electricity.
Small businesses and industries lost an average of $10,000 per month due to power failures.
High costs of solar solutions prevented mass adoption.
No centralized platform to monitor energy usage and purchase power efficiently.
Agriculture Sector Findings:
72% of smallholder farmers relied on traditional farming methods.
78% reported post-harvest losses due to poor storage and power issues.
60% of farmers lacked access to financial services for modern equipment.
Climate change made farming unpredictable due to erratic weather.
We analyzed these insights and defined the product strategy to solve these challenges.
2. Defining the Product Vision & Strategy
Based on our research, we aimed to:
Develop a mobile app & website for seamless purchase & management of power solutions.
Integrate smart monitoring tools for real-time tracking of power usage.
Create an e-commerce feature to sell solar panels, batteries, and farm equipment.
Enhance financial accessibility by integrating flexible payment plans.
Provide digital literacy training for farmers and rural users.
These objectives guided our product roadmap and feature prioritization.
3. Product Development & Design
A. Defining Core Features
We structured the mobile app & website around the following:
For Wenigro Power:
Smart Inverter Monitoring: Users could track power consumption and inverter status in real time.
Power Purchase Platform: Allowed users to buy electricity from third-party providers (e.g., IKEDC, PHED).
Energy Usage Alerts: Notified users when consumption was too high to optimize power efficiency.
Payment & Financing: Integrated secure payments and financing options for solar panel purchases.
For Wenigro Agriculture:
E-commerce Platform: Provided easy access to modern farming equipment & technology.
Weather & Climate Alerts: Informed farmers about weather patterns to aid decision-making.
Training Modules: Educated users on smart farming techniques via in-app content.
Financial Access: Connected farmers with loans & grants for agricultural investments.
B. UX/UI Design & Prototyping
To ensure a seamless experience, we:
Conducted user interviews to understand preferences & pain points.
Created wireframes & prototypes for both the website and mobile app.
Designed an intuitive UI with clear navigation & accessibility in mind.
Once the design was finalized, we moved to MVP development.
4. Development & Engineering Execution
A. Tech Stack Selection
Frontend: React Native (mobile app), React.js (web app).
Backend: Node.js & Firebase for real-time data processing.
Payments: Paystack & Flutterwave for secure energy purchases & financing.
Data & Analytics: Google Cloud for tracking user behavior & energy consumption trends.
B. Agile Development Process
Sprint 1: Built-core inverter monitoring & power purchase features.
Sprint 2: Developed e-commerce functionality for agriculture products.
Sprint 3: Integrated smart grid monitoring for energy efficiency insights.
Sprint 4: Launched beta testing and gathered user feedback.
We followed continuous integration & deployment to ensure a bug-free experience.
5. Testing & User Feedback
A. Beta Testing
We ran a closed beta with 100+ users:
50 power users (homeowners & businesses).
30 farmers are testing smart agriculture features.
20 energy providers & installers for real-world deployment.
Key feedback:
✅ 90% found inverter monitoring useful in tracking power consumption.
✅ 60% of farmers preferred the e-commerce model over physical marketplaces.
✅ 70% of users wanted financing options for solar products.
B. Improvements Based on Feedback
Optimized app speed & UI flow based on usability issues.
Expanded financing options for lower-income users.
Added an offline mode for farmers with limited internet access.
6. Launch & Scaling
A. Initial Rollout
Launched the mobile app & website with core features.
Partnered with local power companies for electricity sales integration.
Activated 100+ farmers on the agricultural marketplace.
B. Marketing & User Adoption
Social media campaigns to drive awareness.
Referral Program to increase organic adoption.
In-person farmer training to encourage smart technology adoption.
Final Thoughts on Approach
Through data-driven decision-making, user research, and agile execution, we successfully developed a digital ecosystem for energy & agriculture in Nigeria. The mobile app & website continue to empower users with affordable, sustainable solutions, bridging the gap in power access & agricultural efficiency.
Approach
1. Market Research & Problem Identification
Before developing the solution, we conducted extensive research to understand the core challenges in Nigeria’s power and agriculture sectors.
Power Sector Findings:
Frequent power outages (8+ hours daily in urban areas).
47% of rural households had no access to electricity.
Small businesses and industries lost an average of $10,000 per month due to power failures.
High costs of solar solutions prevented mass adoption.
No centralized platform to monitor energy usage and purchase power efficiently.
Agriculture Sector Findings:
72% of smallholder farmers relied on traditional farming methods.
78% reported post-harvest losses due to poor storage and power issues.
60% of farmers lacked access to financial services for modern equipment.
Climate change made farming unpredictable due to erratic weather.
We analyzed these insights and defined the product strategy to solve these challenges.
2. Defining the Product Vision & Strategy
Based on our research, we aimed to:
Develop a mobile app & website for seamless purchase & management of power solutions.
Integrate smart monitoring tools for real-time tracking of power usage.
Create an e-commerce feature to sell solar panels, batteries, and farm equipment.
Enhance financial accessibility by integrating flexible payment plans.
Provide digital literacy training for farmers and rural users.
These objectives guided our product roadmap and feature prioritization.
3. Product Development & Design
A. Defining Core Features
We structured the mobile app & website around the following:
For Wenigro Power:
Smart Inverter Monitoring: Users could track power consumption and inverter status in real time.
Power Purchase Platform: Allowed users to buy electricity from third-party providers (e.g., IKEDC, PHED).
Energy Usage Alerts: Notified users when consumption was too high to optimize power efficiency.
Payment & Financing: Integrated secure payments and financing options for solar panel purchases.
For Wenigro Agriculture:
E-commerce Platform: Provided easy access to modern farming equipment & technology.
Weather & Climate Alerts: Informed farmers about weather patterns to aid decision-making.
Training Modules: Educated users on smart farming techniques via in-app content.
Financial Access: Connected farmers with loans & grants for agricultural investments.
B. UX/UI Design & Prototyping
To ensure a seamless experience, we:
Conducted user interviews to understand preferences & pain points.
Created wireframes & prototypes for both the website and mobile app.
Designed an intuitive UI with clear navigation & accessibility in mind.
Once the design was finalized, we moved to MVP development.
4. Development & Engineering Execution
A. Tech Stack Selection
Frontend: React Native (mobile app), React.js (web app).
Backend: Node.js & Firebase for real-time data processing.
Payments: Paystack & Flutterwave for secure energy purchases & financing.
Data & Analytics: Google Cloud for tracking user behavior & energy consumption trends.
B. Agile Development Process
Sprint 1: Built-core inverter monitoring & power purchase features.
Sprint 2: Developed e-commerce functionality for agriculture products.
Sprint 3: Integrated smart grid monitoring for energy efficiency insights.
Sprint 4: Launched beta testing and gathered user feedback.
We followed continuous integration & deployment to ensure a bug-free experience.
5. Testing & User Feedback
A. Beta Testing
We ran a closed beta with 100+ users:
50 power users (homeowners & businesses).
30 farmers are testing smart agriculture features.
20 energy providers & installers for real-world deployment.
Key feedback:
✅ 90% found inverter monitoring useful in tracking power consumption.
✅ 60% of farmers preferred the e-commerce model over physical marketplaces.
✅ 70% of users wanted financing options for solar products.
B. Improvements Based on Feedback
Optimized app speed & UI flow based on usability issues.
Expanded financing options for lower-income users.
Added an offline mode for farmers with limited internet access.
6. Launch & Scaling
A. Initial Rollout
Launched the mobile app & website with core features.
Partnered with local power companies for electricity sales integration.
Activated 100+ farmers on the agricultural marketplace.
B. Marketing & User Adoption
Social media campaigns to drive awareness.
Referral Program to increase organic adoption.
In-person farmer training to encourage smart technology adoption.
Final Thoughts on Approach
Through data-driven decision-making, user research, and agile execution, we successfully developed a digital ecosystem for energy & agriculture in Nigeria. The mobile app & website continue to empower users with affordable, sustainable solutions, bridging the gap in power access & agricultural efficiency.



Challenges
Limited Power Infrastructure: Frequent power outages affected the efficiency of digital solutions.
Financial Constraints: Smallholder farmers and low-income households struggled with upfront costs.
Policy & Regulatory Issues: Navigating government policies for power distribution and agricultural financing.
Technology Adoption: Many users were unfamiliar with digital platforms for energy and agriculture.
Rural Accessibility: Delivering smart farming tools and energy solutions to underserved regions.



Results
Developed a seamless mobile app & website for energy product purchases & monitoring.
Increased accessibility to solar power and farming technology through digital platforms.
Improved customer experience with personalized recommendations & energy monitoring.
Enhanced agricultural productivity by promoting modern farming tools and financial inclusion.
Launched pilot programs in rural communities to test renewable energy solutions.
Encouraged policy reforms by providing insights into market demand for sustainable power.
Results
Developed a seamless mobile app & website for energy product purchases & monitoring.
Increased accessibility to solar power and farming technology through digital platforms.
Improved customer experience with personalized recommendations & energy monitoring.
Enhanced agricultural productivity by promoting modern farming tools and financial inclusion.
Launched pilot programs in rural communities to test renewable energy solutions.
Encouraged policy reforms by providing insights into market demand for sustainable power.
Results
Developed a seamless mobile app & website for energy product purchases & monitoring.
Increased accessibility to solar power and farming technology through digital platforms.
Improved customer experience with personalized recommendations & energy monitoring.
Enhanced agricultural productivity by promoting modern farming tools and financial inclusion.
Launched pilot programs in rural communities to test renewable energy solutions.
Encouraged policy reforms by providing insights into market demand for sustainable power.



Future plans
🚀 Expand the Wenigro mobile app & website with more features for energy efficiency.
🌱 Strengthen partnerships with banks & investors to offer flexible financing for users.
📡 Integrate AI-powered energy management for optimized power consumption.
💡 Scale rural electrification projects to more underserved communities.
🔬 Invest in research & development for next-gen Agrotech solutions.



Conclusion
Wenigro is transforming Nigeria’s energy and agriculture industries through technology-driven solutions. By leveraging renewable energy, smart monitoring, and modern farming techniques, we empower users to improve productivity, save costs, and achieve sustainability.
Role: Technical Product Manager
Key Technologies: Smart Energy Monitoring, E-commerce, AI-powered analytics
Platforms Built: Mobile App (Android & iOS), Web Application
Conclusion
Wenigro is transforming Nigeria’s energy and agriculture industries through technology-driven solutions. By leveraging renewable energy, smart monitoring, and modern farming techniques, we empower users to improve productivity, save costs, and achieve sustainability.
Role: Product Manager
Key Technologies: Smart Energy Monitoring, E-commerce, AI-powered analytics
Platforms Built: Mobile App (Android & iOS), Web Application
Conclusion
Wenigro is transforming Nigeria’s energy and agriculture industries through technology-driven solutions. By leveraging renewable energy, smart monitoring, and modern farming techniques, we empower users to improve productivity, save costs, and achieve sustainability.
Role: Product Manager
Key Technologies: Smart Energy Monitoring, E-commerce, AI-powered analytics
Platforms Built: Mobile App (Android & iOS), Web Application