Property energy intelligence

Make every commercial building a better energy decision.

Plendor analyses buildings and portfolios, then models the energy ecosystem that makes sense for each one: solar, storage, heat, charging, building fabric and financial modelling.

Model a building→Explore the platform

Eco

1 · The building

Interactive: switch the building type or add a measure

2 · The ecosystem2 selected

Each change re-models the whole system: sizes and capital re-optimise together.

3 · Modelled outcome

Capital

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Saving / yr

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Payback

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A day on this buildingevening peak −59 kW

0006121824

grid importsolar directbattery outbattery chargeexportsite demandstate of charge (% of pack)

Met on site25% modelled

Carbon−61 t/yr modelled

EPC asset ratingE → D–C · screening

Enow

D–Cscreening

Lens

Find the buildings worth building on.

Plendor screens commercial and industrial buildings at scale, then ranks them on the evidence it holds: roof, demand, EPC, grid and commercial context. Scroll to watch a flat schedule resolve into a priority order.

Unsorted schedule

See how screening works

Loading the estate

priorityreviewscreenedopportunity score /100

How Eco works

The question isn’t which measure. It’s which combination.

Eco compares technology combinations against the building’s physical, operational and financial context. It answers not only “Can we install solar?” but “What combination of energy assets creates the strongest overall outcome?”

Understand the building

Roof, irradiance, demand profile, EPC, tariffs, grid and site constraints, each with a confidence level attached.

building-profile · hourly view

Average weekday demand

184kW peak · 06:00–18:00 shape

0006121824

site demandmodelled PVmetered half-hourly · drawn hourly

Half-hourly consumption0.90 GWh/yrMetered

Roof geometry3,150 m² usableSurveyed

EPC asset ratingD · 88On record

Import tariff shapeday/nightAssumed

Build scenarios

Solar, battery, heat pump, EV charging and fabric measures, combined rather than assessed one at a time, each mix carrying its own financial model.

scenario-builder · measure mix

Rooftop solar

420 kWp

Battery storage

250 kWh

Air-source heat pump

180 kW

EV charging

8 bays · 11 kW

LED relight

whole site

Fabric measures

roof + glazing

Mix capital required£675k

SolarBatteryHeat pumpLED

Compare outcomes

Capital required, savings, payback, return, energy impact, EPC and ESG, compared side by side so the trade-offs between them stay visible.

scenario-compare · 25-yr NPV

Owner CapEx£752k

payback 6.7 yIRR 16.4%balance-sheet funded

Asset Finance£716k

payback 8.4 yIRR 27.9%£0 upfront · repaid over 7 yrs, cash-positive yr 8

PPA£181k

payback 8.5 yIRR 12.7%array PPA-funded · £286k owner scope: stores, heat, LED

Test the sustainability outcome

What the measures do to carbon, to the asset rating and to the regulatory position, produced by the same run as the financial appraisal rather than as a separate exercise.

sustainability · carbon and rating

Site carbon

−58%

212 → 89 tCO₂e/yr incl. gas

Asset rating

D → B–A

score 88 → 15–37 · screening range

Grid import

−24%

0.9 → 0.68 GWh/yr

Where the carbon goes

Heat pump (gas off)75 t

Rooftop solar40 t

LED and controls8 t

Band B, ahead of the 2031 minimum proposed for rented buildings over 1,000 m². Carbon is counted on both carriers (grid 0.131, gas 0.183 kgCO₂e/kWh, DESNZ 2026), which is why site carbon falls further than grid import: the heat pump ends the gas burn while adding electricity.

Choose a pathway

A recommended configuration, the order it should happen in, and the next validation step.

dispatch · proposal case

Modelled dispatch · bright summer weekday

evening peak −64 kW

the ledger’s source day; dull-day overnight arbitrage runs nightly, not drawn here

grid importPV directbattery outbattery chargeexporttotal load

Solar and LED first, stores and heat follow£423k then £252k

Battery and heat pump sized on a year of metered data under the array.

Plendor recommends

building-profile · hourly view

Average weekday demand

184kW peak · 06:00–18:00 shape

0006121824

site demandmodelled PVmetered half-hourly · drawn hourly

Half-hourly consumption0.90 GWh/yrMetered

Roof geometry3,150 m² usableSurveyed

EPC asset ratingD · 88On record

Import tariff shapeday/nightAssumed

Understand the building

Decision stories

Different energy questions. One decision-ready model.

Whether you own buildings, provide energy technology, finance projects or manage a portfolio, Plendor helps you understand what is worth doing before committing capital, equipment or time.

Distribution units with empty flat roofs on a logistics park

PPA providers

Which buildings are ready for a PPA?

Inputs

Portfolio list, roof geometry, irradiance, demand proxies, grid context.

Output

Prioritised pipeline with building potential, demand context and project economics.

Find PPA opportunities

Warehouse under a full rooftop solar array, with an empty fenced compound beside the packaged substation

Existing solar portfolios

Where would batteries actually pay back?

Inputs

Existing array sizes, export behaviour, tariffs, load shape.

Output

Ranked retrofit view with suitable sites, storage scenarios, savings and payback.

Model my portfolio

Containerised battery units behind palisade fencing beside a substation and an industrial unit

Battery and technology providers

What size battery should we quote for this site?

Inputs

Your customer’s half-hourly consumption, their tariff, any generation on site, and the connection limit.

Output

A capacity to quote, what it earns a year, the peak it takes off, and the payback at every size.

Size a battery for a site

Industrial unit carrying rooftop solar, roof plant, a battery compound and EV chargers together

Building owners

What is the best energy ecosystem for this building?

Inputs

Building fabric, roof, demand, EPC, tariffs, available capital.

Output

Technology comparison balancing investment, savings, return, EPC and ESG.

Model my building

Ageing industrial unit with weathered metal cladding, a dated brick office frontage and a bare roof

Landlords

What is the most practical route to improve this asset?

Inputs

EPC certificate, lease events, fabric condition, measure costs.

Output

Phased improvement pathway showing measures, costs, EPC effect and priorities.

Plan an improvement pathway

Aerial view across an industrial estate of many roofs of differing age, condition and solar coverage

Investors / portfolio managers

Which buildings should we invest in first?

Inputs

Estate schedule, building-level signals, capital envelope.

Output

Ranked portfolio plan based on building-level evidence and scenario modelling.

Review my estate

Substation kiosk and switchgear cabinets behind mesh fencing at a building's supply intake

Energy buyers

Would a different supply contract change the plan?

Inputs

Half-hourly consumption, offer rate structures, standing charges, contract terms.

Output

Offer comparison showing the modelled bill and what each contract does to the case for storage.

Compare supply offers

Fully covered solar roof above an empty yard, with transmission pylons crossing the site boundary

Sites with surplus generation

Where should the surplus go, and who should buy it?

Inputs

Half-hourly generation, export offers and their windows, storage headroom, connection limit.

Output

Export position showing what the surplus earns under each offer and how much is worth storing.

Value my export

Drag to explore

Have a building, portfolio or energy question?

Tell us what you are trying to decide. A single building, a portfolio, or a delivery, technology or finance partnership. We will show you how Plendor can screen the opportunity or model the ecosystem behind it.