CleanDesign

Name: CleanDesign
Brand: CleanDesign

Operating in hybrid energy management systems, we are committed to decarbonization through enhanced energy efficiency

Est 2017|2 Ref Customers

LinkedIn 920|Website|FTEs 20|HQ Ontario, California, US

MarketsEnergy Management

Published Jun 25, 2026

01Common complaints

You require publicly available, third-party validated ROI studies before purchase
- CleanDesign presents projected outcomes, but public independent validation is limited; some reported outcomes explicitly note vendor-provided data.
Your procurement requires formal security/compliance attestations (SOC 2, ISO 27001) to be publicly documented
- CleanDesign does not publish SOC 2 or ISO 27001 status in the sources reviewed.
Your use case requires broad DER microgrid orchestration (PV/wind/storage/multiple inverter vendors) with mature, standardized controller documentation
- Consider vendors with extensive interoperability certifications and published grid-code compliance documentation.
You prefer a temporary or rental-first power strategy
- Rental/service providers may be better aligned commercially and operationally than purchasing and integrating a dedicated hybrid retrofit system.
Your loads are low-variance or already highly optimized
- Batteries yield stronger ROI where they can reduce generator cycling and low-load operation; if those events are rare, economic benefit may be limited.

1. You require publicly available, third-party validated ROI studies before purchase - CleanDesign presents projected outcomes, but public independent validation is limited; some reported outcomes explicitly note vendor-provided data. 2. Your procurement requires formal security/compliance attestations (SOC 2, ISO 27001) to be publicly documented - CleanDesign does not publish SOC 2 or ISO 27001 status in the sources reviewed. 3. Your use case requires broad DER microgrid orchestration (PV/wind/storage/multiple inverter vendors) with mature, standardized controller documentation - Consider vendors with extensive interoperability certifications and published grid-code compliance documentation. 4. You prefer a temporary or rental-first power strategy - Rental/service providers may be better aligned commercially and operationally than purchasing and integrating a dedicated hybrid retrofit system. 5. Your loads are low-variance or already highly optimized - Batteries yield stronger ROI where they can reduce generator cycling and low-load operation; if those events are rare, economic benefit may be limited.

Deal disqualifiers (poor fit)

sites with stable grid access and low marginal fuel costs where ROI is weak
inability to accommodate BESS footprint, weight, or safety requirements
strict enterprise security procurement gates where the vendor cannot provide required artifacts publicly
buyers requiring transparent, SaaS-style pricing and abundant peer reviews

Publicly acknowledged limitations (vendor)

CleanDesign does not publish a formal known issues list, status page, or limitations document.

Practical limitations to assume (buyer diligence recommended)

Site specificity: Performance depends on load profile, generator efficiency curves, dispatch logic, and operator procedures.
Battery degradation: Savings depend on cycling patterns and will affect battery lifecycle and replacement cost.
Safety and regulatory compliance: Industrial battery systems require fire safety engineering, certifications, and potentially permitting; these are not detailed publicly.
Security documentation gap: Lack of a public trust center or security whitepaper may slow enterprise procurement.

- Site specificity: Performance depends on load profile, generator efficiency curves, dispatch logic, and operator procedures. - Battery degradation: Savings depend on cycling patterns and will affect battery lifecycle and replacement cost. - Safety and regulatory compliance: Industrial battery systems require fire safety engineering, certifications, and potentially permitting; these are not detailed publicly. - Security documentation gap: Lack of a public trust center or security whitepaper may slow enterprise procurement.

Roadmap signals

Press coverage mentions continued development of a Highline system intended to help industrial operations connect to grid power while optimizing usage via software. Public details are limited and no firm delivery dates were found.

02Why they buy

Unique selling points supported by evidence (limited, but notable)

Drilling-rig specialization and retrofit framing: Multiple industry sources describe hEMS as intended to upgrade rigs into hybrid rigs and reduce generator operating hours.
Industry partner references: Mentions by industry participants and inclusion in a large operator’s sustainability reporting indicate some level of market engagement.
Recent institutional funding (Apr 28, 2026): a $20M growth investment indicates investor interest and an intention to scale operations.

- Drilling-rig specialization and retrofit framing: Multiple industry sources describe hEMS as intended to upgrade rigs into hybrid rigs and reduce generator operating hours. - Industry partner references: Mentions by industry participants and inclusion in a large operator’s sustainability reporting indicate some level of market engagement. - Recent institutional funding (Apr 28, 2026): a $20M growth investment indicates investor interest and an intention to scale operations.

Claims that require caution

Claims such as marketing superlatives and large savings numbers (e.g., assertions framed as "world’s first" or multi-million-dollar annual savings) are presented in some materials and lack independently verifiable methodology in public sources.

Where competitors may have an advantage

Security and compliance transparency: Some larger competitors publish organizational security practices or claim certifications that are more visible in the public domain.
Peer review availability: Vendors with broader enterprise software footprints may have more third-party reviews and independent case studies.

03Field reports

Availability of third-party software review coverage

CleanDesign is not meaningfully represented on mainstream B2B software review platforms in the accessible sources:

Gartner Peer Insights: searches did not surface a CleanDesign vendor page or hEMS listing; Gartner results returned unrelated market pages.
G2: no credible CleanDesign hEMS listing/reviews found in the accessible sources.
TrustRadius: no credible CleanDesign listing/reviews found.

This is common for OT / industrial hardware+software systems, which are less frequently reviewed on SaaS review platforms.

CleanDesign is not meaningfully represented on mainstream B2B software review platforms in the accessible sources: - Gartner Peer Insights: searches did not surface a CleanDesign vendor page or hEMS listing; Gartner results returned unrelated market pages. - G2: no credible CleanDesign hEMS listing/reviews found in the accessible sources. - TrustRadius: no credible CleanDesign listing/reviews found. This is common for OT / industrial hardware+software systems, which are less frequently reviewed on SaaS review platforms.

Vendor-published testimonial (vendor-hosted)

CleanDesign publishes a testimonial attributed to Shuja Goraya, CTO at Precision Drilling, describing plans to adopt battery energy storage as standard equipment and referring to the solution as an ESG-related offering that the vendor asserts will provide net savings. This testimonial is vendor-hosted and was not independently validated in the research.

Third-party references in industry/ESG reports

Several third-party sources reference deployments and outcomes, though independence varies:

Helmerich & Payne sustainability report describes rigs running these hEMS and reports reductions in greenhouse gas emissions and engine runtime. The report explicitly notes that some data were provided by CleanDesign.
Nabors energy storage page describes the hEMS concept in a partner/channel context.
Precision Drilling published a case study infographic on battery energy storage with reported reductions; the reviewed snippet did not clearly identify CleanDesign in full, so attribution should be confirmed before assuming direct involvement.

Several third-party sources reference deployments and outcomes, though independence varies: - Helmerich & Payne sustainability report describes rigs running these hEMS and reports reductions in greenhouse gas emissions and engine runtime. The report explicitly notes that some data were provided by CleanDesign. - Nabors energy storage page describes the hEMS concept in a partner/channel context. - Precision Drilling published a case study infographic on battery energy storage with reported reductions; the reviewed snippet did not clearly identify CleanDesign in full, so attribution should be confirmed before assuming direct involvement.

Negative feedback / complaints (where found)

Practical implication: The absence of public complaints should be treated as unknown rather than evidence of high satisfaction. The market is specialized, and deployments are likely governed by NDAs and enterprise procurement processes.

Public, user-generated review content specifically about CleanDesign hEMS was not found in accessible Reddit/HackerNews sources during this research. Searches for “CleanDesign reddit” returned unrelated “clean design” interior/design topics and removed posts, not industrial hEMS. Practical implication: The absence of public complaints should be treated as unknown rather than evidence of high satisfaction. The market is specialized, and deployments are likely governed by NDAs and enterprise procurement processes.

1) Helmerich & Payne (H&P) — 2023 Sustainability outcomes (drilling rigs)

Critical evaluation:

H&P’s report provides a degree of credibility compared with purely vendor marketing.
However, H&P notes that some data were provided by CleanDesign, which introduces potential reporting bias.
The report excerpt does not provide full methodology, sample size, baselines, confidence intervals, or details about operational differences between rigs.

What’s reported: H&P reports that rigs running these hEMS produced a notable reduction in GHG emissions, avoided a substantial quantity of GHG, and saved a significant amount of engine runtime hours in calendar year 2023 to-date. Critical evaluation: - H&P’s report provides a degree of credibility compared with purely vendor marketing. - However, H&P notes that some data were provided by CleanDesign, which introduces potential reporting bias. - The report excerpt does not provide full methodology, sample size, baselines, confidence intervals, or details about operational differences between rigs.

2) Drilling Contractor (industry publication) — hEMS field-test description

Drilling Contractor describes the hEMS hardware composition (battery rack, inverter, controller) and notes collaboration/field testing with Patterson-UTI Drilling Company and EQT Corp.

Critical evaluation:

The piece is mainly descriptive and technical rather than an independent quantified ROI study.
It supports that the product has been field-tested, but does not independently validate savings claims.

3) Nabors — energy storage page (partner/channel mention)

Nabors’ site describes the hEMS concept and attributes the system to CleanDesign.

Critical evaluation:

This indicates industry partnership or channel activity, but content is marketing-oriented and does not provide independent validation of outcomes.

4) Funding announcement narrative — investor announcement (April 2026)

An investor describes the investment thesis as addressing demand for cost efficiency and decarbonization and notes plans to scale deployments across oil, gas, and mining.

Critical evaluation:

Investment announcements provide context on growth strategy and market focus but are not evidence of product performance.

04Best fit

Company sizes

Best fit appears to be large industrial operators and service providers managing fleets of rigs or multiple remote sites. Likely mid-market to enterprise organizations with significant fuel expenditures.

Industries / verticals

Oil & gas drilling contractors and operators
Mining, including remote and logistics-constrained sites
Remote power and microgrid operations
EV charging operators facing constrained grid interconnection and high peak loads

Roles and personas

VP Operations / Drilling Operations leadership
Energy, emissions, and ESG program owners
Maintenance and reliability engineering
Electrical and controls engineers
Procurement responsible for fleet retrofit programs

Pain points addressed

high diesel cost and inefficient genset operation at low loads
genset wear and maintenance burden
risk and cost associated with blackouts or brownouts
emissions reduction targets where full electrification is not yet practical

Qualification criteria (good fit)

high and variable load profiles where batteries can shave peaks and stabilize operations
expensive diesel logistics (remote regions)
availability of baseline fuel consumption and runtime data for measurement
willingness to support commissioning and integration activities

05The pitch

What the product does (core value proposition)

On vendor product pages, CleanDesign lists features and capabilities including:

battery and engine automation to smooth loads and reduce generator runtime
machine learning–based optimization models
predictive maintenance features using high-frequency data collection
claims of reduced blackout and brownout risk

Key caution: Many performance claims are presented as projected or "expected" savings and are not accompanied by publicly documented methodology, third-party measurement protocols, baseline assumptions, or statistically significant multi-site validation.

Primary official source: Vendor product pages and marketing materials.

CleanDesign is an industrial energy technology company that develops and deploys a Hybrid Energy Management System (hEMS) combining battery energy storage, power electronics, and software/controls to optimize power generation and consumption in high-power, diesel-heavy or hybrid environments (notably drilling rigs, and expanding into mining/remote applications and EV charging). The vendor describes hEMS as a retrofit, modular hybridization layer intended to reduce fuel consumption, emissions, and generator runtime while improving uptime and power quality. On vendor product pages, CleanDesign lists features and capabilities including: - battery and engine automation to smooth loads and reduce generator runtime - machine learning–based optimization models - predictive maintenance features using high-frequency data collection - claims of reduced blackout and brownout risk Key caution: Many performance claims are presented as projected or "expected" savings and are not accompanied by publicly documented methodology, third-party measurement protocols, baseline assumptions, or statistically significant multi-site validation. Primary official source: Vendor product pages and marketing materials.

Target market and market positioning

CleanDesign primarily targets industrial, mission-critical power users with volatile loads and high diesel fuel costs, including:

oil & gas drilling rigs (retrofit hybridization)
mining and remote sites (diesel microgrids; logistics-driven fuel costs)
EV charging infrastructure (peak shaving / grid constraint mitigation)
other critical infrastructure contexts described generally

The product is positioned as a decarbonization and cost-reduction solution for heavy industry that is not ready or able to fully electrify.

CleanDesign primarily targets industrial, mission-critical power users with volatile loads and high diesel fuel costs, including: - oil & gas drilling rigs (retrofit hybridization) - mining and remote sites (diesel microgrids; logistics-driven fuel costs) - EV charging infrastructure (peak shaving / grid constraint mitigation) - other critical infrastructure contexts described generally The product is positioned as a decarbonization and cost-reduction solution for heavy industry that is not ready or able to fully electrify.

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