Identify the problem, data gaps and practical next steps.
EXPONENT NRG
Make the investment decision with a clearer technical case.
Energy & Power Consultancy for facilities and infrastructure in Bangladesh. Start with evidence, compare options and make assumptions visible.
OUR METHODOLOGY
From operating problem to project delivery
01
Define the operating problem.
Review bills, interval load logging, outage records, site conditions and commercial priorities.
Discuss assess02
Build the system around the duty.
Develop the design basis, solar-yield model, load flow, protection interfaces and controls. Select modelling tools to match the study scope.
Discuss engineer03
Test the assumptions before commitment.
Review yield simulations, harmonic and power-quality requirements, structural loads, lifecycle sensitivities and acceptance criteria.
Discuss validate04
Coordinate interfaces and commissioning.
Align procurement, installation, protection testing, SCADA or EMS interface checks and handover with the agreed project scope.
Discuss deliver05
Review performance against the operating plan.
Use measured performance and operating feedback to assess scheduling and system settings.
Discuss optimize06
Plan for operation beyond handover.
Define documentation, training, maintenance responsibilities and support arrangements in the project scope.
Discuss supportQUALITY & LIFECYCLE
Technical rigor, defined in the project scope.
| Design gate | Evidence to establish | Decision it supports |
|---|---|---|
| Equipment qualification | Datasheets, test reports, warranty limits and service support | Suitability for the required duty and environment |
| Structural engineering | Roof capacity, mounting, wind loading and foundation design | A buildable installation with defined structural responsibilities |
| BESS safety integration | Detection, isolation, thermal management, emergency response and any required suppression interfaces | Site-specific risk assessment and authority review |
| Control and acceptance | Interlocks, synchronization, protection, communications and operating-mode tests | Documented handover against agreed criteria |
| Lifecycle support | Telemetry scope, monitoring hours, escalation ownership, maintenance and contractual response targets | Support arrangements appropriate to the facility |
Applicable standards, approvals, monitoring coverage, service levels and performance commitments are established for each project. They are not implied by the illustrative architecture.
Consultancy services
Compare technical suitability and commercial assumptions.
Separate critical load, demand timing and expansion needs.
Compare alternatives against duty cycle, support and lifecycle cost.
Match power, energy, generation and electrical interfaces.
Show CAPEX, losses, O&M, replacements and sensitivity.
Define phased scope, responsibilities and decision gates.
Review operating strategies and measured performance.
Explore before an assessment
From advice to a deliverable project
Connect the technical requirement with assessment and project delivery.
Evaluate rooftops or land against daytime demand, structural conditions and the connection strategy before committing to capacity.
Start with critical load, outage duration and operating consequences. Select the architecture and battery technology against that duty cycle.
YOUR NEXT STEP
Turn this requirement into a project brief.
Share your site, operating priorities and available data. Start with an assessment, arrange a survey where needed, then discuss the project scope.