Energy & ESG

Lower energy costs. Lower emissions.

End-to-end optimisation for chillers and HVAC, battery energy storage and carbon accounting. We measure, design, deliver and keep improving, so the savings are real and they last.

Containerised battery energy storage systems at an industrial site
Chiller & HVAC optimisation

Cooling systems that perform

Cooling is often the biggest energy load in Malaysian buildings and plants. We find where your chilled water system loses efficiency, fix it with the right mix of controls, retrofit and maintenance, then keep it tuned.

HVAC cooling systemsChillers, cooling towers, pumps and air handling units.
Retrofit & upgradesPlant room upgrades and phased modernisation.
Plant optimisationMeasure, control and tune for lower kW per ton.
Engineering integrationMechanical, electrical and controls as one system.
Supply & coordinationEquipment, suppliers and subcontractors managed for you.
Sectors we serveHotels, hospitals, offices, commercial buildings and factories.
Industrial plant room with fans and pipework

Our five-step approach

  1. Understand

    Survey the existing system and its real operating data.

  2. Identify

    Pinpoint the right engineering solution and savings.

  3. Integrate

    Join mechanical, electrical and controls interfaces.

  4. Deliver

    Install and commission with commercial discipline.

  5. Sustain

    Monitor and tune for long-term performance.

Battery energy storage · the business case

Savings you can model before you invest

A battery charges when demand is low and discharges during your peak, so the grid sees a lower maximum demand. Move the sliders to estimate your gross savings.

PEAK PERIOD 0 200 400 60000:0004:0008:0012:0016:0020:00 kW Grid demand capped at 400 kW
Site load without battery Supplied by the battery New maximum demand

Peak-shaving estimator

Gross maximum demand savings RM19,412 per month · RM232,944 a year Illustrative maximum demand charge of RM97.06 per kW per month (RM30.19 capacity + RM66.87 network) for a TNB medium-voltage time-of-use customer. Gross savings exclude charging energy, losses and project costs. We confirm your tariff and 12 months of load data before any proposal.

C&I peak shaving

Our core focus: cut your billed maximum demand.

Power resilience

Protect critical loads in data centres and plants.

Solar + storage

Store surplus solar and run microgrids.

Less diesel

Hybrid power for remote and telecom sites.

EV fast charging

Charge fleets where grid capacity is limited.

Grid capacity

Expand without a bigger grid connection.

Turnkey EPCC

One team from study to operation

  1. Study

    Tariff, 12 months of load data and site survey.

  2. Design

    Sizing, safety and protection engineering.

  3. Procure

    Proven cells, inverters and controls.

  4. Build

    Install, test and commission.

  5. Operate

    Monitor, maintain and report savings.

Customer CAPEX

Own it

Buy the system outright and keep all the savings.

Lease or finance

Spread it

Pay over time so savings help fund the system.

Energy-as-a-Service

Subscribe

No upfront cost. Pay a monthly fee for the service.

Designs follow the Energy Commission (Suruhanjaya Tenaga) BESS safety guidelines. Financing and Energy-as-a-Service depend on project assessment and credit approval.

ESG & carbon accounting

Measure it. Report it. Reduce it.

Investors, banks and customers now ask for credible emissions data. We help you build an audit-ready carbon inventory, link it to your operations and turn the numbers into a reduction plan.

Automated data

Collect activity data by API, file upload or manual entry.

Asset register

Link financial and carbon accounting across your assets.

Process mapping

See emissions per site and per production line.

Audit-ready

A clear evidence trail that lowers assurance cost.

Aligned with

GHG ProtocolISO 14064IFRS S2Bursa Malaysia sustainability reportingCarbon tax readiness
Offshore solar and wind microgrid with energy storage
Questions

Energy & ESG FAQs

How much can a battery save on our electricity bill?

It depends on your tariff and load profile. For a peak-shaving system the main saving is the maximum demand charge. Use the calculator above for a first estimate, then we confirm it with your actual bills and 12 months of load data.

Is battery storage safe?

Our designs follow the Energy Commission (Suruhanjaya Tenaga) BESS safety guidelines, with fire protection, monitoring and protection engineering built in. Final designs are signed off by registered professional engineers where required.

Which carbon reporting standards do you support?

Our ESG platform and advisory are aligned with the GHG Protocol, ISO 14064 and IFRS S2 climate disclosures, and support Bursa Malaysia sustainability reporting.

Can you optimise an existing chiller plant without replacing it?

Often, yes. Many plants save energy through better controls, sequencing and maintenance before any equipment is replaced. We start with a survey and data, then recommend the most cost-effective path.

Let's multiply your potential.

Tell us your goal. We'll come back within one working day with a clear plan, the right team and a realistic budget.

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