Our company culture is anchored in innovation. It is our primary tenet, informing everything we do. For this reason, our Research and Development (R&D) investments focus on making ever-more efficient products and meeting concrete power loss reduction goals.
MPS will Adopt Scope 1 & 2 GHG Global Emissions Reduction Strategies in 2022.
And the positive impacts of our innovation are tangible. Today, our solutions are integrated into a broad array of electronic devices and products worldwide – including energy-efficient and green technologies, many of which we all use every day, such as:
MPS’s design objectives and customers’ needs require us to constantly improve power efficiency in our products. Our commitment to efficient power solutions drives our business strategy and we work to create the most powerful solutions with the least power loss for our customers:
Data Center Solutions
We design energy-efficient data center power solutions that aim to increase computing power without increasing energy consumption. Currently, AI computer designs require significantly greater power than previous generations. Data centers are therefore interested in adopting power architecture designs that reduce energy losses while supporting greater power. To meet the industry’s increasing power requirements, we have developed a more innovative power architecture approach, using a higher voltage solution that is capable of significant reductions in power distribution losses. Our wide-ranging solutions are designed specifically to provide servers with more power in space-constrained environments. This facilitates a higher percentage of power delivered to the server, resulting in a significant reduction in energy wasted as heat, lowering data center energy and cooling requirements, which lowers both overall operational costs and carbon footprint. It is our goal to continue to improve our energy-computing ratio and deliver direct and measurable energy savings to our data center customers.
We provide digital power solutions that keep families and businesses moving, with notebooks that have more battery life, better processing performance, and less power consumption. We have worked with our customers to provide digital power solutions with high switching frequencies that are more efficient and reduce board space by up to 70%. The space savings provides greater efficiencies in battery power, which reduces overall power consumption, and increases the overall performance. In addition, our solutions provide the benefit of efficiencies in battery charging cycles, extending the life of the battery and laptop, thereby helping to reduce e-waste.
The transformation of consumer and commercial vehicle engines from internal combustion to electric represents a revolutionary opportunity for ecological advancement, and MPS’s expertise positions us well to continue to develop and provide solutions for this transformation. Our high-voltage converters maximize power conversion efficiency and are utilized throughout the car from USB chargers to LED lights. In the digital cockpit, our intelligent digital power products simplify system designs, resulting in a smaller component footprint that requires fewer raw materials and reduces power consumption, delivering every available Watt to the motor. This increases both the vehicle range and battery life. In addition, self-driving cars have optimized driving patterns that greatly reduce traffic congestion and avoid unnecessary hard acceleration and braking, resulting in lower fuel and/or battery consumption. In self-driving cars, our power and precision analog solutions make it possible for automakers to achieve safe and reliable Level 4 (high automation, driver required with minimal interaction) and Level 5 (full automation, no driver) capabilities in automated driving systems. MPS has made investments in our electric vehicle technology solutions and continues to develop products to meet these opportunities.
LED Controller and Driver Solutions
Our portfolio of LED and WLED drivers and controllers use proprietary technology to integrate passive components, such as inductors and capacitors, to shrink board space and reduce components, which improves energy efficiency and extends the life of a light. We also use thermal regulators that trigger protection features when the LEDs reach critical thresholds. These features allow the LEDs to continue functioning within a safe operating margin, extending their lifespan. Longer lifespans lower carbon emissions by decreasing the need for replacement bulbs and reducing waste from packaging and manufacturing processes. MPS’s solutions for LED technology improvements are aimed at improved performance in each generation of products, and continuing to improve upon these energy consumption and waste reductions.
Smart Home and Building Solutions
Our power-saving products are used in numerous smart-home and building applications, such as HVAC systems, electric and gas meters, home remote controls, IP network cameras, as well as gas, smoke, and heat detectors. Our integrated solutions run efficiently and are capable of powering wireless connected devices, allowing households and businesses access to accurate, real-time monitoring of energy or water consumption. Connected devices optimize energy usage, detect power outages, and reduce water waste and maintenance costs, lowering consumption compared to traditional solutions.
MPS provides solutions that extend solar power system longevity and efficiency. Our portfolio of products is designed to increase power output of solar arrays by reducing switching losses and optimizing efficiency, thereby converting more sunlight into usable energy. MPS is positioned to continue developing and providing cutting-edge solutions to allow solar power industry to meet increases in demand for this power source.
Ongoing Investment in Clean Technologies
Our commitment to developing efficient power and LED lighting solutions, used in many environmentally friendly and clean technologies, is in part evidenced by our historic and ongoing investments in technology improvements. Our annual investment toward R&D has more than doubled in the last 5 years. Our rolling 3-year R&D to Sales ratio was 16.5%; 300bps on average higher than our industry peers. One focus of our R&D investment is in clean and sustainable technologies, with the goal of every new generation of products having greater energy efficiency than the preceding one. Our team of engineers strives to anticipate the needs of our customers’ most challenging issues, developing solutions for tomorrow’s applications today.
We want to minimize any potential adverse environmental impacts of our business operations and protect the environment. We proactively identify and review any environmental risks, minimize those risks, and continuously improve upon our performance. We have policies and procedures in place to ensure that potentially harmful chemicals or hazardous materials are safely handled, used, and disposed of, or are recycled. We maintain and update data on the prohibition or restriction of specific substances as required by various oversight organizations. For a comprehensive view of our policies and procedures over environmental stewardship, see our Code of Social Responsibility here.
Furthermore, we adhere to global standards for environmental management to help us minimize our operations’ impact on the environment. Our company is ISO14001 certified and has developed an environmental management system that is integrated into our everyday business management processes, with a focus on continuous improvement. Our EMS helps ensure we comply with applicable laws, regulations, and requirements, and in turn we require this certification from our key manufacturing suppliers. Our products are shipped in compliance with the European Restriction of Hazardous Substances (ROHS) directive and exclude banned substances such as BFRs, PVC, phthalates, beryllium, arsenic, and antimony.
Sustainable Operations and Energy Management
We are committed to both sustainable, energy efficient operations and increased use of clean energy technology at each of our locations. For example, at our largest U.S.-based facility, in San Jose, California: