Addressing Energy Crisis with Innovation Problem Statement In Baluchistan, Pakistan, the persistent energy crisis casts a long shadow over daily life. With electricity load shedding lasting up to 15 hours a day, communities face profound economic and social challenges. Small businesses struggle to operate, and households grapple with the disruption of essential services. Despite the region’s ample solar energy potential, existing solar installations often fall short in providing reliable power due to the absence of effective energy storage solutions, compounded by cost constraints. Solution: Hybrid Solar Inverter Enter the solution: the Hybrid Solar Inverter. This groundbreaking project aims to revolutionize energy access in Baluchistan and beyond. By seamlessly integrating solar and grid power, this innovative system offers a reliable, cost-effective energy solution for households and businesses alike. Key Features Dual Charging Capability: The Hybrid Solar Inverter can charge batteries using both solar panels and the grid, ensuring uninterrupted power supply regardless of weather conditions or time of day. 24/7 Power Supply: With the ability to charge batteries round the clock, this system provides a steady, dependable source of energy, mitigating the impact of frequent blackouts. Energy Savings: By harnessing solar power during daylight hours, the Hybrid Solar Inverter helps reduce reliance on expensive grid electricity, offering significant long-term cost savings. Ease of Installation: Designed for simplicity, the Hybrid Solar Inverter can be seamlessly integrated into existing solar panel systems, minimizing installation time and costs. Affordability: Committed to accessibility, this solution offers a cost-effective alternative to traditional energy sources, ensuring that communities across Baluchistan can benefit from reliable power without breaking the bank. Challenges and Innovations Developing the Hybrid Solar Inverter posed several technical challenges, each met with innovative solutions: Reading High DC Voltage: Incorporating advanced microcontroller technology enables accurate monitoring of high DC voltages. Voltage Adjustment: Sophisticated voltage regulation mechanisms ensure seamless integration of varying solar panel outputs with standard battery voltages. Charging Efficiency: By intelligently managing AC and DC inputs, the Hybrid Solar Inverter maximizes battery charging efficiency, even when drawing power from multiple sources simultaneously. Seamless Transition: Automated switching mechanisms seamlessly transition between solar, grid, and battery power, optimizing energy usage and minimizing disruptions. Pure Sine Wave Output: State-of-the-art waveform generation technology ensures clean, stable power output, compatible with a wide range of appliances and devices. User-Friendly Interface: An intuitive LCD display provides real-time feedback on battery status, charging progress, solar power utilization, and grid electricity consumption, empowering users to monitor and manage their energy usage effectively. Empowering Communities, Transforming Lives In Baluchistan, where access to reliable electricity is more than just a convenience—it’s a fundamental necessity—the Hybrid Solar Inverter represents a beacon of hope. By harnessing the abundant solar resources of the region and leveraging innovative technology, this project not only addresses the immediate challenges of energy access but also paves the way for a brighter, more sustainable future for generations to come. Join the Energy Revolution Together, let’s embrace the power of innovation and renewable energy to light up the lives of millions. With the Hybrid Solar Inverter, a brighter tomorrow is within reach. Join us as we illuminate the path to a sustainable future.

Monitoring water quality provides empirical evidence to support decision making on health and environmental issues. Monitoring water quality in 21st century is a growing challenge because of the large number of chemicals used in our daily lives and in commerce that can make their way into our waters. Govt. innovation lab (GIL) has worked on a pilot project of automation of WQM to make service delivery efficient for the end user and monitoring of filtration plants easy to PHE. As there is no existing automated system to monitor water quality of more than 700 PHE water filtration plants. The water quality includes its TDS, PH, Turbidity, Temperature & Water Flow. Currently this all is done manually whenever needed which is costly & time consuming. The purpose of this system is to provide PHE with a hardware + software based product having a water quality monitoring kit & web+ App dashboard, which facilitate them to administrate & automatically monitor filtration plant for water quality any time & get all the details anywhere through dashboard. Besides this, any citizen can also get the plant details using android app & subscribe to any plant or nearby plants to get its information notifications. A citizen can also submit a complain through app to Admin when needed. Whereas any PHE admin/ Executive can check those complains on dashboard, resolve them, add devices, change settings of dashboard & download information. All the functional & non-functional plants could be easily searched & seen over google map in dashboards with their detailed description. This system is totally tested in different environments & water resources which gave expected results & it completely terminates manual work of filtration plants & provides total ease to its users with accuracy in real time. Features • Live access, interaction and analyze up-to date information of water quality and daily output • Enable smarter, data-driven decisions regarding maintenance requirements • Citizen feedback, complaint and scheduling alerts • Cloud based with Android app and Dashboards

Environmental problems are raised by modern cities for waste collection and disposal. Therefore, smart waste management systems became essential for cities that aim to reduce cost and manage resources and time. Currently, the trend is shifting towards smart devices and internet of things (IoT) solutions to overcome common problems such as waste management issues. Optimizing the process of trash collection is the main purpose of the smart solutions provided by industry. However, the cost of applying such solutions is still relatively high. The purpose of this work is to present to provide clean environment, intelligent bin and a cost-effective smart trash bin for localized and small-scale cases, such as small parks, university campus, colonies and hospitals. We have introduced garbage waste management system called SMART BIN, working on IoT base. It has an external power battery which has long life. It will send message by itself to the driver as well as to the admin ‘’I am full, please unload me” and send an url of its location with the message. Driver will receive a message from Bin with exact location in Url. If driver not response to it, it will send the same message after 30 minutes until they response it. Whenever driver empty the Bin it will automatically send the message to admin and driver that “I have been cleared” and the record of all messages which sent by dustbin to both of admin and driver are save as a history on the dashboard. Through which can check the punctuation of driver. In a certain area only one Bin has a GSM module which can help out the other nearest bin through Bluetooth smart module which has around 1000m range. The other nearest Bin do the same process using the share gsm. It will show the red light on the top of Bin to the public to show I am full please don’t put more dust. After clearing it will off the light automatically. Features: • Public awareness about it fullness • Aware itself on the fullness • Automatically send message • Send location url by itself • Not be quit until not unload • Save history on dashboard • Long life external power • Communication with other bins