Strategic Growth Solutions for DER and Energy Technology Businesses
Helping distributed energy, VPP, monitoring and energy technology businesses build a route to market that scales, price for the value they actually create, and turn a strong product into a commercial model that pays.
The Commercial Challenges Facing DER and Energy Technology Businesses
In distributed energy and energy technology the product is rarely the constraint — the commercial model is. Route to market, partner economics, pricing and packaging, and the cost of winning and supporting each customer decide whether good technology becomes a profitable business. The market is moving faster than most commercial models are being redesigned.
The technology is ready before the commercial model is
Most DER and energy technology businesses are founded on a genuine product advantage and reach market with the commercial questions still open: who exactly buys, what they are buying, on what basis they pay, and which problem the product is bought to solve. The result is a strong platform sold inconsistently into several segments at once, none of them well.
Settle the commercial model deliberately — target segment, buyer, proposition, pricing basis and route to market — so the whole business is selling one thing, to one buyer, for one reason.
You reach the market through the businesses you also depend on
Installers, retailers, EPCs, network businesses and OEMs are the route to most end customers, which means the partner has to make money selling and supporting your product before you make any. A channel that is recruited but not economically designed produces signed partners who never sell, and margin given away without the volume it was meant to buy.
Design the channel economics first — partner margin, tiering, lead flow and support obligations — then recruit against a model that works for both sides.
Pilots consume the business and rarely convert on their own
Selling into a network, a retailer or a large EPC means a long, multi-stakeholder evaluation that usually begins with a trial. Pilots absorb engineering and delivery capacity, run on non-commercial terms, and frequently end without a scale decision because nobody agreed at the outset what success would trigger.
Structure trials as commercial steps with defined success criteria, agreed scale terms and a named decision-maker, and qualify the pipeline against that standard.
Hardware margin compresses while the value moves into software
Import competition and fast product cycles take margin out of devices, and the durable value increasingly sits in the monitoring, control, optimisation and data layer. Yet customers who accept a hardware price often resist paying separately for software, so recurring revenue is under-priced, bundled away or given up to win the deal.
Rebuild pricing and packaging around what is genuinely valuable and recurring — per site, per asset, per unit of capacity or on outcomes — rather than defending a hardware margin that will keep falling.
Deployment and support cost is where the margin goes
Integration, commissioning, configuration and technical support are usually costed as engineering effort rather than as the unit cost of a customer. A deal that looks profitable at contract can be delivered at a loss, and because that cost scales with every site rather than with the product, the problem grows with the installed base.
Treat the cost to deploy and support a customer as a unit economic and engineer it down, standardising onboarding so the installed base can grow faster than the support headcount.
Revenue built on a program is not the same as revenue built on a customer
Rebates, market programs, tariff structures, connection standards and VPP arrangements shift, and a proposition designed around the current settings can lose its economics when they are redesigned. A product built to a scheme rather than to a customer need is exposed the moment the scheme changes.
Test the proposition against the customer value it delivers with the program stripped out, so policy change becomes an advantage rather than a dependency.
How We Help DER and Energy Technology Businesses Commercialise What They Have Built
Four capability groups, drawn from the same practices we run across the rest of the energy sector. For DER and energy technology businesses we usually start with the commercial model — segment, proposition, pricing basis and route to market — because almost everything else, from channel design to support cost, follows from it.
Decide what you sell, to whom, and on what basis
Establish the segments and use cases your product genuinely wins in, how it is differentiated against the alternatives buyers actually compare it to, and where the next market is.
Build a channel that sells without you in every deal
Design the partner and channel economics, then recruit, enable and generate demand for a network that can carry volume you would never reach one deal at a time.
Turn evaluations and trials into paid deployments
Tighten the path from trial to contract, and make onboarding, integration and commissioning a repeatable process rather than a bespoke engineering project every time.
Grow the installed base without growing the cost of running it
Bring down what it costs to support each site and each customer, so recurring revenue compounds instead of being consumed by the support load that arrives with it.
What We Can Help You Improve
Each priority connects a commercial objective to a specific intervention and the outcome it is intended to move.
Focus on the segments you can genuinely win
Concentrate effort on the use cases and customers where the product is differentiated and the economics work.
Build a channel that carries volume
Design, recruit and enable a partner network instead of selling every deal directly.
Make the channel margin work both ways
Set partner margin, tiering and support obligations so partners profit from selling and you still do.
Price for the value that recurs
Restructure packaging and pricing around software, data and service rather than a falling hardware margin.
Turn pilots and trials into paid deployments
Structure trials as commercial steps with defined success criteria and an agreed decision to scale.
Reduce what a new customer costs to stand up
Standardise integration, configuration and commissioning so each site takes less bespoke effort.
Support a larger installed base with one team
Take the manual load out of monitoring, support and account administration as deployments multiply.
Grow value from the assets already deployed
Expand attach, upgrade and subscription revenue across the customers and sites you already support.
Questions DER and Energy Technology Businesses Ask Us
What does a commercial consultant do for a DER or energy technology business?
We work on the commercial model rather than the product: which segments and use cases you can win in, how you reach them, what the proposition is worth and how it should be priced, what a customer costs to acquire, deploy and support, and where the operating model is limiting growth. The output is a prioritised set of changes to positioning and pricing, route to market and channel design, sales and deployment processes, technology and the operating model — not an engineering roadmap.
Should a DER or energy technology business sell direct or through a channel?
Usually both, but not to the same customers and not on the same economics. Direct sales make sense where the deal size justifies a long, multi-stakeholder sale — networks, large retailers, and commercial and industrial customers. Volume in the residential and small commercial market almost always has to come through installers, retailers and OEM partners, because acquiring those customers one at a time costs far more than the margin they return. The work is deciding which segments belong in which motion, then designing partner margin, enablement and lead flow so the channel is worth a partner’s effort and still leaves you a business.
How do you turn pilots and trials into paying customers?
By treating a pilot as a commercial step rather than a technical one. Before it starts, agree what the trial is testing, what result would trigger a decision to scale, who makes that decision and on what commercial terms it would proceed. Then qualify hard: a trial with no budget behind it, no named decision-maker and no defined success criteria is engineering capacity spent on nothing. We also work on what happens afterwards, because the deployment and commissioning process is often what stalls the decision to scale — the first site was hand-built by the founding team and nobody has costed the hundredth.
How should energy technology be priced — hardware margin, subscription or revenue share?
It depends on where the value accrues and who captures it, but the pattern is consistent: hardware margin compresses, and the durable value sits in the monitoring, control, optimisation and data layer. That argues for pricing the recurring layer explicitly — per site, per asset, per unit of capacity, or on a share of the value created — rather than burying it in a device price to make the first sale easier. Revenue share works where the value is measurable and attributable, and creates disputes where it is not. We model each option against margin, willingness to pay, channel economics and what competitors have already trained the market to expect.
How can AI agents help a DER or energy technology business?
The value sits in the work that scales with the number of sites rather than the number of customers: triaging monitoring alerts and device faults, first-line technical support for partners and end customers, onboarding and configuration checks, warranty and returns administration, partner enquiry handling and quoting, and following up the volume of small inbound leads a channel generates. We identify which of those workflows are genuinely suitable, then design and integrate agents into the platform, ticketing and CRM systems you already run.
Let’s Identify Where Your Biggest Commercial Opportunity Lies.
Whether the priority is the commercial model itself, building a partner channel, pricing and packaging, converting pilots into deployments or the cost of supporting a growing installed base, we will help you identify the highest-value opportunities and determine what to do next.