Solar generation

Solar panels built for real roofs, fields and façades

ENA supplies conventional framed modules where a roof or a field is the right place for them — and building-integrated products where the roof, the façade or the spandrel should be generating instead of just enclosing.

Solar range

Choose a solar product

Current range, availability and project pricing

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Two banks of ENA solar panels deployed on open ground at sunrise, wired to a portable power station between them

ENA Solar Panels

400 Wp to over 700 Wp, mono and bifacial

Monocrystalline modules for the general case and bifacial glass-glass where the ground or the roof membrane returns enough light to pay for it. Framed for rail mounting, specified per project against the array layout rather than sold as a single SKU.

Power class400 Wp – 700 Wp+
CellMonocrystalline; bifacial glass-glass option
ApplicationsRooftop, ground-mount, utility, mini-grid
MountingFramed, rail-compatible
SupplyModule and full array design

ENA Slates · building-integrated PV

Solar roofing that reads as roofing

ENA Slates replace the roof covering rather than sitting on top of it, so a pitched roof generates without racking, without a module-by-module penetration of the deck and without anything standing proud of the roofline.

Where Slates make sense

New build and full re-roofs, heritage-sensitive elevations, and any project where the planning conversation is about how the roof looks rather than what it produces.

FunctionWeathering layer and generation in one
FixingInterlocking courses, no per-module racking
Best fitNew build, full re-roof, sensitive elevations

Framed modules instead

A sound roof with twenty years left in it does not need replacing to carry an array. Framed ENA modules mount on rails over the existing covering and report into exactly the same account.

FunctionArray over an existing covering
FixingRail-mounted
Best fitRetrofit on sound roofs

ENA Cladding

The vertical surface nobody was using

On a tall building the roof is the smallest available plane. ENA Cladding brings generation onto façades, curtain walling and spandrel panels — the opaque bands between floors that were never going to be glazed for daylight anyway. In hot climates the same panel shades the wall it covers, which cuts the cooling load underneath it.

FormatsFaçade, curtain wall, spandrel
Secondary benefitShades the surface it clads, reducing cooling load
ReportingPer-surface generation in ENA Control
CertificationSpecified against project standards, incl. GSAS
SupplyDesign-and-build with the façade contractor

What a solar enquiry needs

From enquiry to specified array

  1. Load and site

    Measured consumption where it exists, plus roof or ground area, pitch, orientation and shading.

  2. Yield model

    Array laid out against the local resource, so the output figure comes from the site rather than a datasheet.

  3. Choose the product

    Framed modules, Slates or Cladding — usually decided by the building, not the electrical design.

  4. Size the storage

    Generation without storage only helps while the sun is up. Sizing happens together, not in sequence.

  5. Specify and supply

    Modules, mounting, conversion and monitoring issued as one bill of materials.