Helping community members and their leaders, customers, partners and other stakeholders communicate consistently about how responsible data center growth can support both data center needs and community priorities.
Access practical guides and planning resources for informed community conversations.
Get answers to common community questions.
How to build a better energy neighbor
As communities evaluate unprecedented data center growth, they are asking the right questions about sources, magnitude, and potential impacts of data center operations. These questions also include where noise may come from, and how much emissions are emitted by power choices. Balancing digital growth with energy reliability, environmental stewardship, and community well-being requires commitment across the entire data center ecosystem.
The Powering Good Neighbors Toolkit is intended to help community members and their leaders, customers, partners and other stakeholders communicate consistently about how responsible data center growth can support both data center needs and community priorities.
The rapid growth of AI and digital infrastructure is increasing demand for reliable power while raising important questions about grid reliability, energy use, environmental impact, and community outcomes.
Powering Good Neighbors is Rehlko's toolkit for supporting responsible data center growth.
Helping to support communities, reliable power and grid resilience are essential to supporting digital infrastructure.
Environmental performance and operational reliability can progress together depending on community needs, location and system design.
Transparency and verified data help build stakeholder trust depending on design and operating conditions.
Positive community outcomes can be an important part of long-term infrastructure planning.
A practical transition strategy can help organizations balance today's needs with future sustainability goals depending on system design and operating conditions.
How Rehlko powers good neighbors.
As communities evaluate unprecedented data center growth, they are asking the right questions about digital growth, energy reliability, environmental stewardship, and community well-being. These are precisely the challenges Rehlko can help address.
Powering Good Neighbors has been organizaed into three common areas of concerns when it comes to data center power:
Supporting energy resilience through flexible power solutions that help meet today's demands and prepare for tomorrow's needs depending on availability, environmental performance configuration, fuel source, and operating conditions of the system.
Helping reduce emissions, noise, and operational impacts while maintaining mission-critical reliability depending on operating conditions and configuration of the system.
Provide stakeholders with credible information, measurable outcomes, and greater visibility into Environmental Product Declarations.
Solutions that put the toolkit into action
Powering Good Neighbors brings together technologies, transition planning, environmental transparency, and real-world deployments that help data center operators support both business growth and community priorities.
Meet speed-to-power needs today while creating a pathway toward energy storage, lower-carbon fuels, grid participation, and long-term community resilience.
Advanced life-cycle care and maintenance program for KD Series™ generators allows customers to reduce costs and emissions depending on use and configuration of the system.
Fully optimized and integrated solution, suitable for prime energy, peak shaving, and emergency backup power applications, converting hydrogen to electricty with water vapor as the primary by-product at the point of use.
All Rehlko diesel engines and power generators are HVO fuel compatible which allows users to further decrease the carbon footprint across a generator's lifecycle.
Generate power onsite that can help reduce reliance on local electricity infrastructure during peak demand periods while supporting operational resilience.
Helps data center customers manage highly variable utility rate structures, load spikes with high-demand charges, and grid instability by balancing energy supply and demand behind-the-meter or as part of a hybrid system.
Certain enclosure configurations can achieve sound levels as low as 74 dBA at 7 meters under specified measurement conditions and are designed to satisfy many commonly used community noise requirements based on the 74dBa standard on eFRAME enclosures.
Access product-level environmental data, carbon modeling tools, and Environmental Product Declaration (EPD) insights to support community, regulatory, and stakeholder conversations.
Combined cooling, heat, and power (CCHP) systems anchored in gas engines, produce electricity, heat and or cooling. In certain CCHP applications, overall system efficiency can approach 90% by capturing and utilizing thermal energy that would otherwise be wasted, increasing the amount of energy used from the same fuel.
Generating and managing more power on-site can reduce reliance on local electricity infrastructure and costs while supporting lower emission operations and improving community energy resilience when appropriately designed and configured.
Progress starts with us
Creating a more sustainable future begins with the actions we take within our own operations.
Reduction in Scope 1 and Scope 2 greenhouse gas emissions compared to our 2023 baseline.
Operational waste diversion rate across global operations.
Renewable fuel testing at our Brest, France facility helps validate practical pathways for customers seeking lower-impact operations.
See the 2026 Powering Impact Report for more information on methodology and assumptions.
As communities evaluate unprecedented data center growth, they are asking the right questions about digital growth, energy reliability, environmental stewardship, and community well-being. These are precisely the challenges Rehlko can help address.
In summary, Rehlko addressed common community concerns about data centers through three key pillars:
Creating long-term economic value
Strengthening energy resilience while reducing environmental impact
Building trust through transparency & innovation
Rehlko's objective is to support responsible data center development and help ensure that the infrastructure powering AI and digital frowth is deployed in ways that help customers strengthen grid reliability, protect communities, and work to support long-term economic and environmental sustainabililty.
Supporting statistics
These solutions can reduce reliance on local infrastructure during peak demand periods and may provide grid-support benefits where permitted.
Prime power and storage capacity supporting community grid networks.
Our sound rating is close to that of an average running washing machine. If they are building a microgrid, ask to use our even0quieter natural gas engines, used by hospitals who have high noise and vibration sensitivity.*
Conscious Care can reduce testing-related greenhouse gas emissions by up to 71%.
Explore practical guides, educational resources, and planning tools designed to help community leaders, stakeholders, and partners navigate conversations about responsible data center growth with confidence.
Continue your journey with insights on sustainability, energy resilience, and the people powering a more resilient energy future.
Environmental & performance notice
Unless otherwise expressly stated, performance, emissions, noise, grid-support, and sustainability outcomes depend on equipment configuration, fuel source, operating conditions, maintenance practices, site design, regulatory requirements, and customer operating decisions. References to environmental benefits and emissions reductions are based on specified assumptions and methodologies, and actual results may vary.
Creating an energy resilient world for a better future.
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