What happens when something fails on a remote site?

The architecture is designed to isolate faults and keep essential load served, and monitoring is configured to report before a fault becomes a failure.

Specialised / Off-Grid

Off-Grid

Independent supply for sites where no dependable utility connection exists.

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DisciplineAssessment to maintenance

Documented engagements28

Installed by RESOLV8.48 MWp

Designed & supervised4.75 MWp

Registered forPunjab, Sindh, KPK, Islamabad

The problem

A site with no reliable feeder has to generate everything it consumes, hold enough energy for the gaps, and keep a backup for the residual case. There is no fallback to lean on, so the architecture has to be complete.

When this solution applies

/Remote operations, field facilities, extraction and utility sites.
/Locations where the connection cost exceeds the generation cost.
/Sites where diesel logistics dominate operating cost.

System architectureOff-Grid

How it works

Four steps, no handover gaps.

01Duty cycle and worst weekThe system is sized for the worst condition the site will face, not the annual average.

02Generation and storageSolar sized against the worst irradiance window, storage sized for the longest expected gap.

03Residual backupGeneration kept for the edge case, and used as little as the architecture allows.

04Unattended operationRemote monitoring, fault isolation and accessibility designed for a site with no permanent electrical team.

RESOLV methodology

How the work is run.

/Worst-case sizing rather than average-day sizing.
/Maintenance access treated as a design requirement.
/Commissioning includes operator competence, not only equipment verification.

Equipment and technology

Specified against the design.

/Solar generation and mounting engineered for the site's exposure.
/Battery storage sized for the longest gap.
/Backup generation, controls and remote monitoring.

Documented projects

Where this has been delivered.

Only engagements that exist in RESOLV's documented project record appear here.

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This architecture is delivered through consultancy and advisory engagements.

The documented record covers 28 engagements: 8.48 MWp installed by RESOLV and 4.75 MWp designed, supervised or maintained across 2019 to 2026, covering on-grid, off-grid, micro-grid and consultancy work.

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Engineering notes behind this solution.

Micro-Grids2 June 20268 min read

When the grid is the constraint: designing micro-grids for remote sites

Remote sites fail energy planning for a different reason than city sites. There is no fallback, so the architecture has to be complete.

Read the article

Solar18 August 20268 min read

What should an industrial solar feasibility study actually tell you?

A feasibility study is not a quotation with a chart on top. It is the document that decides whether capital should move at all, and on what terms.

Read the article

BESS30 July 20267 min read

BESS for industry: where storage actually fits into the energy system

Battery storage is not a bigger battery for the same job. It answers four specific problems, and only one of them is about generation.

Read the article

Related services

Architectures that sit next to this one.

Micro-GridsGeneration, storage, backup and control inside one boundary, delivered for remote operations.Open BESSBattery storage for peak control, outage resilience and moving solar into the hours that need it.Open Operations & MaintenancePlant reviews, monitoring and intervention across the operating life of an asset.Open

Relevant industries: Agriculture, Infrastructure

FAQs

Off-Grid: what clients ask.

Sometimes, but rarely at the lowest cost of risk. Most off-grid designs keep a generator for the residual case and reduce its running hours through generation and storage.

Next step

Assess your site

Five questions, reviewed by an engineer before anyone contacts you.

01 Need02 Facility03 Location04 Scale05 Contact

Step 1 / What do you need?

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