Serial Number
99278872
Owner
Goodleap, LLCAttorney
Daniel M. CisloFirst Use Date
Jun 30, 2024
Filing Date
Jul 11, 2025
GOODLEAP Trademark
Serial Number: 99278872
Trademark Classes
Owner Contact Info
Legal Representation
Correspondence Address
Daniel M. Cislo CISLO & THOMAS LLP
2829 Townsgate Rd., Suite 330
Westlake Village, CA 91361
United States
Trademark Details
Filing Date
July 11, 2025
Registration Date
Not Registered
First Use Anywhere
June 30, 2024
First Use in Commerce
August 31, 2024
Goods & Services
Virtual power plant (VPP) services for generation of energy providing a networked aggregation of distributed energy resources by leasing residential solar panels systems for production of electricity and battery storage that connect with smart home devices, and that operate under a unified platform to provide electricity to energy users
Virtual power plant (VPP) services providing a networked aggregation of distributed energy resources in the nature of electricity distribution, supply, and delivery services; aggregation and dispatch of distributed energy resources; coordination and shifting of electrical load; balancing, storage, and release of electricity; demand response and peak load management; providing flexible energy capacity, supply volume, voltage regulation, resiliency services, and grid services to residential, commercial, and wholesale energy market participants through a networked virtual power plant platform supported by data analytics and automated optimization for residential solar systems, battery storage, and connected smart home devices, that operate under a unified platform to provide electricity to energy users
Virtual power plant (VPP) services consisting of platform as a service (PaaS) featuring non-downloadable software for aggregating, monitoring, modeling, forecasting, controlling, optimizing, and dispatching distributed energy resources; providing energy management, predictive analytics, voltage optimization, resiliency management, and automated control using data analytics and machine learning; integration of energy devices, utility systems, and power systems infrastructure through a unified cloud-based software environment for providing a networked aggregation of distributed energy resources, including, but not limited to, residential solar systems, battery storage, and connected smart home devices, that operate under a unified platform to provide electricity to energy users