Sectors

Who we work for

Our work spans substations, grid connections and transmission and distribution networks. These are the environments and clients we serve, and the problems we solve in each.

Electricity networks and utilities

Transmission and distribution network operators delivering substation, network and connection projects under regulatory, safety and programme pressure.

Typical challenges

  • Design capacity that flexes with investment cycles without losing quality
  • Strict conformance with NGTS, ENA and company-specific specifications
  • Ageing assets requiring extension, replacement or reconfiguration designs
  • Connection volumes growing faster than internal engineering resource

What these projects need

  • Designs that pass operator review first time
  • Full documentation for adoption, operation and maintenance
  • Engineers who already know the governing specifications

Renewable energy

Generation developers and operators, including hydropower, connecting projects to distribution and transmission networks.

Typical challenges

  • Securing a viable grid connection on a programme investors can rely on
  • G99 compliance from application through to witness testing
  • Substation and network design that matches the generation technology
  • Balancing connection cost against long-term operability

What these projects need

  • Connection applications and studies that stand up to operator review
  • Substation, cable and protection design for the connection works
  • Compliance evidence delivered alongside the design, not after it

Battery energy storage (BESS)

Storage developers and operators delivering grid-scale and co-located BESS projects in a fast-moving connection landscape.

Typical challenges

  • Connection dates that drive the whole investment case
  • Fault level, protection and compliance questions specific to inverter-based plant
  • HV infrastructure designed around evolving supplier equipment
  • Earthing and protection designs for compact, high-energy sites

What these projects need

  • G99 compliance and connection support for storage
  • Substation, network and earthing design for BESS sites
  • Studies that answer operator queries about inverter-based generation

Data centres

Data centre developers and operators whose facilities depend on secure, high-capacity power infrastructure delivered to demanding programmes.

Typical challenges

  • Large demand connections in constrained network areas
  • Security of supply as a design requirement, not an aspiration
  • HV infrastructure that must be maintainable without service interruption
  • Coordinating utility works with private network design

What these projects need

  • Demand connection applications and supporting studies
  • Private HV network and substation design, LV to EHV
  • Resilient network architectures with documented security of supply

Industrial power systems

Manufacturers and process operators running private HV networks where power quality, capacity and continuity directly affect production.

Typical challenges

  • Legacy networks carrying loads they were never designed for
  • Fault levels and protection settings that have drifted from records
  • Capacity for electrification and expansion projects
  • Outage windows too short for poorly planned works

What these projects need

  • Network assessment, studies and reinforcement design
  • Protection review and coordination across the site
  • Earthing assessment for changing fault conditions

Independent network operators

IDNOs building and adopting networks where design quality determines adoption value and long-term operating cost.

Typical challenges

  • Designs that must satisfy both the IDNO and the upstream DNO
  • Adoption standards applied across varied developer-led projects
  • Connection programmes driven by development milestones

What these projects need

  • Network and substation designs ready for adoption review
  • Studies and records that support the regulatory model
  • Consistent design standards across a growing asset base

Developers

Property, energy and infrastructure developers for whom the electrical connection is a critical path item with direct commercial consequences.

Typical challenges

  • Connection feasibility and cost certainty early enough to shape the scheme
  • Applications and studies the network operator will accept without cycles of rework
  • Choosing between DNO, IDNO and private wire routes with confidence

What these projects need

  • Feasibility advice grounded in current network operator practice
  • Connection applications, studies and design packages from one team
  • A design counterpart who answers quickly as the scheme evolves

EPC contractors

Engineering, procurement and construction contractors delivering substation and connection works who need dependable design support under contract conditions.

Typical challenges

  • Design packages that must be right before procurement and mobilisation
  • Client and operator design reviews on unforgiving programmes
  • Interface risk between electrical, civil and protection scopes

What these projects need

  • Construction-ready design with electrical, civil and structural coordinated
  • Responsive engineering support through construction and commissioning
  • Documentation that survives contractual scrutiny

Asset owners and operators

Owners and operators of existing HV assets who need senior engineering judgement on the systems they already run.

Typical challenges

  • Assets outliving their records, settings and original designers
  • Confidence in protection, earthing and ratings before life extension
  • Independent scrutiny of third-party designs and modifications

What these projects need

  • Assessment and studies of existing networks and substations
  • Independent design review and technical assurance
  • Remediation and upgrade designs that respect operational constraints

Working in one of these sectors?

Tell us where the project sits and what is at stake. We will tell you how we would approach it, and what evidence we can show you from comparable work.

Speak to a power engineering specialist