Grid Integration Engineer
Pubblicato il 02-10-2026 - NHOA GROUP in Milano
Company Description
NHOA Energy designs, delivers and services Battery Energy Storage Systems for utility-scale and industrial applications worldwide, based on proprietary technology. We operate through four regional hubs: Milan for EMEA, Houston for the Americas, Perth for Australia Pacific, Taipei for Asia. Our western power electronics secures performance, guarantees absolute cybersecurity and enables optimized system sizing, while our preferential Asian access offers a reliable, competitive, quality-assured battery supply. World-class engineering and grid integration and forming expertise, coupled with local construction and commissioning capabilities, make for a bankable turnkey delivery platform. NHOA Energy’s service platform combines global best practice with client proximity, enabling a tailored offering. We are committed to exceptional user experience, leveraging cutting-edge pre-emptive maintenance technology and immediate response capabilities to guarantee unparalleled availability. Innovation, human capital, organization,
financial strength and a flawless reputation of excellence, integrity and sustainability are the basis of our competitive advantage.
Position
NHOA Energy is looking for a Grid Integration Engineer to join our Engineering team.
In this role, you will work at the heart of the integration of Battery Energy Storage Systems (BESS) into complex power grids, performing advanced grid studies, modelling and simulations and supporting our projects throughout the grid interconnection process.
You will collaborate closely with Engineering, R&D;, Technical Sales, customers, utilities and system operators, contributing to the design and optimisation of our energy storage solutions across international projects.
What you’ll do
• Perform steady-state and dynamic analyses, control modelling and simulation studies of NHOA Energy’s storage systems using industry-standard power system software.
• Conduct grid integration and interconnection studies