From ambition
to an executable plan.
Engineering, procurement and construction management (EPCM) aligned with your use case, site conditions and project economics.
Explore our EPCM approach
Battery energy storage. Expertly engineered.
From grid-scale infrastructure to the industries
and solar projects powering India.
THE AADHARA APPROACH
Good storage starts with the right questions. We bring project engineering, execution management and an owner’s perspective together, so every decision supports the way your asset will operate.
Engineering, procurement and construction management (EPCM) aligned with your use case, site conditions and project economics.
Explore our EPCM approachAlongside EPCM, Aadhara owns BESS assets. That perspective keeps lifecycle performance, operating readiness and long-term value central to our work.
Our ownership philosophyOur in-house EMS through Myto Energy connects the storage project with its control strategy, with the integration scope shaped around your site.
Meet the control layerPURPOSE-BUILT SOLUTIONS
Shape dispatchable storage around the grid connection, offtake requirements and operating duty. Integrate power conversion, protection, controls and balance of plant into one coordinated project.
Explore grid-scale BESSEnergy shifting & peak delivery
Renewable integration
Grid-support functions, where specified
Start with interval load data, your tariff and critical loads. Explore peak-demand management, energy shifting and solar self-consumption, with resilience designed into the electrical architecture.
Explore C&I storagePeak-demand management
More value from on-site solar
Critical-load resilience by design
Add storage expertise to your solar offering. We work with solar companies on BESS engineering, system interfaces and execution management for new installations and retrofit projects.
Explore solar partnershipsSolar production shifted to demand
New-build & retrofit integration
Coordinated solar and storage control
CLARITY AT EVERY STEP
From the first feasibility discussion to operational handover, define the decisions, interfaces and responsibilities that make a storage project work.
Application, site, load profile, grid connection and commercial objectives.
Power and energy sizing, system architecture and performance requirements.
Vendor evaluation, procurement, construction interfaces and commissioning plans.
Controls integration, acceptance criteria, documentation and handover.
START A CONVERSATION
Tell us what you want storage to achieve. We’ll help shape the right project.