PWRloop provides end‑to‑end engineering, installation, and integration services for energy infrastructure, delivering reliable electrical upgrades, thermal electrification, and on‑site renewable and storage systems. It creates execution‑ready roadmaps, manages EPC delivery, and ensures cohesive operation and scalability for industrial, commercial, investor, and public‑sector projects.
Funding
Funding not disclosed
Founders
Product
Problem
Companies, investors, and public entities face complex challenges when upgrading or building energy infrastructure for electrification, renewable integration, and grid interfacing. These projects often suffer from fragmented engineering, unclear execution pathways, regulatory hurdles, and risk of unreliable performance after commissioning.
Solution
PWRloop acts as an integrated partner that combines engineering, installation, and system integration to deliver reliable, execution‑ready energy infrastructure. The firm starts with detailed planning that maps technical, grid, regulatory, and investment constraints, producing a clear CAPEX and execution roadmap. It then provides end‑to‑end delivery, handling electrical upgrades (HS/MS/LV), thermal electrification (heat pumps, electric heating), and on‑site energy systems such as PV, battery storage, and EV charging. By managing the full EPC process and commissioning, PWRloop ensures that all components operate cohesively from day one and remain scalable for future demand.
Target Audience
Primary customers are industrial and commercial companies seeking electrification, investors and asset owners managing energy transition CAPEX across portfolios, and city or public‑sector bodies delivering large‑scale energy infrastructure projects.
Features
- Comprehensive planning service that produces execution‑ready roadmaps, grid capacity studies, and permitting strategies
- Engineering design and EPC delivery for high‑, medium‑, and low‑voltage electrical infrastructure upgrades
- Integration of thermal electrification solutions, including industrial heat pumps and electric heating systems
- Deployment of on‑site renewable and storage assets (PV, BESS) and EV/ET charging infrastructure
- End‑to‑end project management covering design, construction, commissioning, and performance verification
- Coordination of regulatory approvals and stakeholder engagement for public‑sector projects
- Optimization of energy assets through EMS/BMS integration for load orchestration and self‑consumption improvement