Recently, CHISAGE ESS was invited to participate in a large-scale technical seminar hosted by our strategic partner MaxPower in Peshawar, Pakistan. The event brought together over 200 local installers and distributors to discuss industry trends and market opportunities. With technology empowering the market and service building trust, CHISAGE ESS further strengthened its brand influence in the Pakistani market.
At the seminar, our technical engineer interpreted the global trends in renewable energy and CHISAGE ESS’s “localization strategy,” emphasizing the co-building of a “technology-channel-service” ecosystem with our partners. He also highlighted CHISAGE ESS’s residential and commercial smart energy solutions, focusing on the technological advantages of core products such as high efficiency and excellent environmental adaptability.
Through live demonstrations and one-on-one communication, our team patiently addressed various technical questions raised by installers and distributors, providing hands-on guidance to ensure that participants gained a deep understanding of the product features and usage processes. This not only enhanced local customers’ awareness of CHISAGE products but also earned widespread recognition and high praise.
Technical engineer Tayyab stated, “When manufacturers and their partners stand together, it will effectively strengthen local market confidence, and people’s trust in products and services will significantly increase.” Through our actions, we demonstrated to local customers that choosing CHISAGE ESS products means having comprehensive after-sales support and technical assistance.
The successful hosting of this technical seminar has greatly boosted the promotion of CHISAGE products in the Pakistani market. In the future, we will continue to work closely with our strategic partners, creating a strong synergy through “joint technology development and collaborative services,” to provide Pakistani customers with high-quality and reliable one-stop solutions, and jointly support the transformation and upgrading of the local green energy structure.
