YESS delivers end-to-end renewable energy solutions, encompassing photovoltaic power generation, energy storage systems, microgrid design, and energy management. Our core offerings include the Appolo™ Photovoltaic Ecosystem and Artemis™ Energy Storage Ecosystem, which integrate high-efficiency components, smart inverters, customized storage systems, and digital management platforms to meet diverse energy needs across industries, communities, and large-scale power stations. The solutions stand out by leveraging global premium supply chain resources (e.g., manufacturing strengths of the Greater Bay Area) and localized service capabilities, ensuring rapid project execution and cost-effectiveness from design to deployment.

The unique advantage of YESS solutions lies in customization and long-term collaboration. We tailor configurations based on clients’ geographical conditions, energy demands, and budgets, offering hybrid on/off-grid systems, peak-valley tariff optimization strategies, and more. Additionally, our AI-driven Energy Management System (EMS) enables real-time monitoring of generation, storage, and consumption data to maximize energy efficiency. Whether for remote microgrid construction or urban low-carbon transitions, YESS combines technological innovation with full lifecycle services to help clients achieve both sustainability goals and economic benefits.

YESS’s proprietary Microgrid Design Tool is an intelligent platform that integrates geospatial data, load analysis, and energy forecasting to generate optimal microgrid configurations. 

Users input location, energy demand, and budget parameters via a visual interface, and the system automatically matches photovoltaic, storage, and distribution solutions while simulating economic and reliability scenarios. 

The tool supports hybrid energy modeling (e.g., solar-wind-storage synergy) and optimizes system capacity and ROI, drastically reducing pre-design timelines.

The tool’s standout feature is AI-driven precision decision-making. 

Its algorithms incorporate weather databases and tariff policies to dynamically recommend storage strategies, equipment selection, and maintenance plans. 

For example, it simulates typhoon-season generation fluctuations for island microgrids, proposing reinforced designs and redundancy, or designs peak-shaving strategies for industrial parks using time-of-use pricing analysis. 

By lowering technical barriers and empowering data-driven decisions, YESS’s tool enables scientific planning and efficient energy system operations.