The X30 Combined Overcurrent and Earth Fault Relay is a sophisticated numerical protection relay designed to deliver reliable and intelligent protection for electrical systems. Suitable for both three-phase three-wire and four-wire configurations, it consolidates multiple protection functions into a single, compact unit. This makes it an ideal solution for modern industrial, commercial, and utility power networks where space, efficiency, and performance are critical. At its core, the X30 provides robust protection against phase overcurrent, earth faults, and thermal overloads. It features programmable inverse definite minimum time (IDMT) curves, including NI, VI, EI, and LTI, to suit various system requirements. Additional capabilities include trip circuit supervision, circuit breaker failure protection, and thermal overload monitoring. The relay also supports RS485 MODBUS-RTU communication, enabling seamless integration with SCADA systems and remote monitoring platforms. The X30 is equipped with four programmable digital inputs and four output contacts, allowing flexible configuration for diverse applications. Its LCD interface offers intuitive navigation, while its event, fault, and alarm logging, up to 250 timestamped records, supports proactive diagnostics and maintenance. The device complies with international standards including IEC 60255 for protection relays, as well as IEC 61000-6-2 and IEC 61000-6-4 for electromagnetic compatibility, ensuring reliable performance even in electrically noisy environments. Designed for electrical engineers, facility managers, and system integrators, the X30 serves as a dependable solution for safeguarding critical infrastructure. Its compact design, advanced protection features, and standards compliance make it a strong candidate for MySTI certification and a valuable asset in any high-demand power distribution setting.

FlashEscape system allow 11kV and 33kV circuit breaker extraction done remotely from safe distance using remote controller.

NURUST is an innovatively formulated water-based rust inhibitor used to protect structures from corrosion. it can be used as a good primer for the treatment of corroded metal surfaces. it is a environmental friendly product (passed the toxicity test by SIRIM) and non-corrosive to human skin. For corroded ferrous materials (iron based metal). highly recommended for indoor metal structures/ roof structures. not suitable for submerged structures or structures that are exposed to water. NURUST chemically converts rust/iron oxide (Fe2O3) to bluish-black iron tannate ( Fe(C14H7O9)(OH)3 ) compound, an adherent stable material that will act as a protective layer on the metal surface. Compare to sand blasting process, Nurust is proven to be more cost saving and a quick solution.

MUNCHBOT by MAEKO is an innovative, compact composting unit designed to empower households, schools, and small businesses to take charge of their food waste. It offers a hybrid composting system that utilizes controlled aerobic digestion, combining heat, agitation, and airflow to rapidly process organic waste into usable compost within 4 to 24 hours—without the need for enzymes, additives, or microbes. This user-friendly system operates with one-touch functionality, making it highly accessible for everyday users. Its odor-control mechanism ensures clean, indoor-friendly operation, while its energy-efficient design minimizes electricity consumption, aligning with sustainable living goals. MUNCHBOT is built to be durable, low-maintenance, and quiet, making it ideal for home kitchens, educational facilities, and community spaces. By enabling on-site food waste management, MUNCHBOT reduces the need for traditional waste collection and disposal, helping users cut down on costs and logistics. More importantly, it contributes to a green lifestyle by diverting waste from landfills and reducing greenhouse gas emissions by up to 88%. The nutrient-rich compost produced can be used for home gardening, urban farming, or donated to local green initiatives, supporting soil regeneration and food security. Beyond environmental benefits, MUNCHBOT fosters behavioral change by encouraging individuals to take an active role in the circular economy. It also supports community education on sustainability and waste reduction, making it a powerful tool for climate-conscious living. In essence, MUNCHBOT offers a practical, scalable solution for tackling food waste at the source—turning a daily problem into a daily act of impact.

MUNCHBOT by MAEKO is an innovative, compact composting unit designed to empower households, schools, and small businesses to take charge of their food waste. It offers a hybrid composting system that utilizes controlled aerobic digestion, combining heat, agitation, and airflow to rapidly process organic waste into usable compost within 4 to 24 hours—without the need for enzymes, additives, or microbes. This user-friendly system operates with one-touch functionality, making it highly accessible for everyday users. Its odor-control mechanism ensures clean, indoor-friendly operation, while its energy-efficient design minimizes electricity consumption, aligning with sustainable living goals. MUNCHBOT is built to be durable, low-maintenance, and quiet, making it ideal for home kitchens, educational facilities, and community spaces. By enabling on-site food waste management, MUNCHBOT reduces the need for traditional waste collection and disposal, helping users cut down on costs and logistics. More importantly, it contributes to a green lifestyle by diverting waste from landfills and reducing greenhouse gas emissions by up to 88%. The nutrient-rich compost produced can be used for home gardening, urban farming, or donated to local green initiatives, supporting soil regeneration and food security. Beyond environmental benefits, MUNCHBOT fosters behavioral change by encouraging individuals to take an active role in the circular economy. It also supports community education on sustainability and waste reduction, making it a powerful tool for climate-conscious living. In essence, MUNCHBOT offers a practical, scalable solution for tackling food waste at the source—turning a daily problem into a daily act of impact.

Microinverter Technology: Solution Summary Microinverter technology involves small inverters installed on each individual solar panel to convert direct current (DC) into alternating current (AC). Unlike traditional string inverters that handle the entire solar array, microinverters work independently at the panel level. Key Benefits: Maximized Energy Output: Each microinverter uses Maximum Power Point Tracking (MPPT) independently, optimizing power from every panel. This reduces losses caused by shading, dirt, or panel mismatch, increasing overall system efficiency by up to 25%. Improved Reliability: Since panels operate independently, a fault in one microinverter or panel does not affect the entire system, reducing downtime. Enhanced Safety: Microinverters operate at lower voltages, minimizing electrical hazards like arcs, making installation and maintenance safer. Flexible Design & Monitoring: They enable flexible system layouts and easy expansion. Panel-level monitoring provides detailed performance data, simplifying troubleshooting and maintenance. Simplified Installation: Reduced wiring complexity and low-voltage operation can lower installation time and costs.